Hanser Plastic Technology Catalogue 2014 (PDF)

559/89010

PlasticsBooks2014 - 2015

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All prices recommended prices only. Prices valid from 1. October 2013 onwards.

Design........................................................................4Product Design...........................................................................................4Tool Design.................................................................................................6

Processing & Manufacturing........................................10General Overview........................................................................................10Mixing & Compounding...............................................................................13Thermoforming..........................................................................................15Injection Molding.......................................................................................15Extrusion..................................................................................................22Foams.......................................................................................................25Blow Molding.............................................................................................26Other Processes..........................................................................................27

Materials...................................................................30General Overview........................................................................................30Fibers & Films............................................................................................36Rubber......................................................................................................36Additives..................................................................................................42Colors & Coatings.......................................................................................42Other Applications......................................................................................44

Polymer Science.........................................................46Testing & Analytics....................................................................................46Physics & Chemistry....................................................................................48

Hanser Magazines.......................................................51

Index........................................................................52Authors.....................................................................................................52 Titles........................................................................................................54

Order Form................................................................58

HANSER DISTRIBUTORS

5

DESIGN

Product Design

G. Erhard

Designing with PlasticsISBN 978-3-446-22590-9 ©2006, hardcover, € 249.00530 pages/525 figures

Designing with Plastics is an indispensable tool for every engineer and designer working with plastic materials. It assists in the development of plastic parts that are not only functional and esthetically pleasing but also manufacturable while meeting ever increasing end-use requirements.

The short but concise introduction into the specific properties of this material class focuses on the practical needs of the designer and lays the foundation for the following in depth discussion of part design suitable for production and the intended end-use application. Numerous detailed examples highlight practical tips and rules of thumb for successful part design.

P. Tres

Designing Plastic Parts for Assembly 6EISBN 978-3-446-40321-5©2006, hardcover, € 149.90 311 pages/125 figures

This book provides an excellent tool for both seasoned part designers and novices to the field, facilitating cost-effective design decisions and ensuring that the plastic parts and products will stand up under use.

The detailed, yet simplified discussion of material selection, manufacturing techniques, and assembly procedures enable the reader to evaluate plastic materials and to adequately design plastic parts for assembly.

The book describes good joint design and implementation, the geometry and nature of the component parts, the types of load involved, and other basic information necessary in order to work successfully in this field. Throughout, the treatment is practice-oriented and focused on everyday problems and situations.

E. Campo

The Complete Part Design HandbookFor Injection Molding of Thermoplastics

ISBN 978-3-446-40309-3©2006, hardcover, € 399.00891 pages/995 figures/68 tables

This indispensable, all-inclusive reference guide to plastic part design was compiled with the product designer in mind, who is looking for more detailed information on plastic resins, the rules and geometries underlying their use in product design, and the advantages and limitations of their use in industrial applications. The designer will also find valuable advice on resin and tool selection and processing parameters that allow fast and successful product development and manufacture.

Thousands of hours of research and cross referencing have gone into the completion of this work. In addition, the “hands-on” knowledge of a plastics expert with more than 35 years experience is incorporated.

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“... if the principles contained in this book are used during the design process, there will be fewer headaches right from the start.”

—Injection Molding

P. Bonenberger

The First Snap-Fit Handbook 2ECreating and Managing Attachments for Plastic Parts

ISBN 978-3-446-22753-8 ©2005, hardcover, € 149.90320 pages/185 figures/45 tables

The ‘system level’ knowledge and design skills needed to create good snap-fit interfaces existed in the minds of self-taught snap-fit experts but was not captured in the literature.

New designers of plastic parts wishing to use snap-fit had nowhere to turn unless they were fortunate enough to have access to an experienced snap-fit designer. This book organizes and presents all design aspects of snap-fits with an emphasis on the systems level thin-king required to create world-class attachments. Beginning, as well as experienced, product designers will find the information they need to develop snap-fits more efficiently and avoid many common snap-fit problems.

R. Malloy

Plastic Part Design for Injection Molding 2EAn Introduction


The goal of the book is to assist the designer in the development of parts that are functional, reliable, manufacturable, and aesthetically pleasing. Because injection molding is the most widely used manufac-turing process for the production of plastic parts, a full understanding of the integrated design process presented is essential to achieving economic and functional design goals. This book features over 450 drawings and photographs.

Contents: Introduction to Materials. Manufacturing Considerations for Injection Molded Parts. The Design Process and Material Selection. Structural Design Considerations. Prototyping and Experimental Stress Analysis. Assembly of Injection Molded Plastic Parts. Conversion Constants.

J. Rotheiser

Joining of Plastics 3EHandbook for Designers and Engineers

ISBN 978-3-446-40786-2©2009, hardcover, € 179.90624 pages/485 figures

This completely updated handbook emphasizes the relationship between the assembly methods, the materials, and the plastics manufacturing processes, thus enabling the reader to identify the best design/assembly method for a given application. A new chapter on laser welding of plastics has been added. All principle fastening and joining methods used to assemble plastic parts today are described with their particular advantages and disadvantages. Assembly method limitations for a given material and/or a given molding process are discussed in great detail. This how-to book offers a wealth of hard-to-find, detailed information.

Partial Contents: Rapid Guidelines for Assembly of Plastics. Designing for Efficient Assembly. Cost Reduction in Assembly. Design for Disassembly and Recycling.

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DESIGN

Tool Design

N. Rao, G. Schumacher

Design Formulas for Plastics Engineers 2EISBN 978-3-446-22674-6©2004, softcover, € 79.90176 pages/135 figures

The second edition of this well-received book presents a summary of important formulas and their applications to solve design and processing problems. The formulas are classified according to specific fields, rheology, thermodyna-mics, heat transfer, and part design. Each chapter covers the relevant relations with detailed examples. In addition, this work contains new, straightforward, practical relationships that have been developed and tested in recent years for solving design problems in the area of extrusion and injection molding.

Contents: Formulas of Rheology. Thermodynamic Properties. Formulas for Heat Transfers. Designing Plastic Parts. Designing Extrusion Equipment. Designing Injection Molding Equipment.

J. Franke

Three-Dimensional Molded Interconnect Devices (3D-MID)Materials, Manufacturing, Assembly and Applications for Injection Molded Circuit Carriers

ISBN 978-1-56990-551-7©2013, softcover, ca. € 129.99360 pages

Three-dimensional molded interconnect devices (MIDs) enable mechanical, electronic, optical, thermal and fluidic functions to be integrated into injection-molded components. Function integration on this scale goes hand in hand with a high level of geometrical design freedom and opportunities for miniaturization, plus the associated reduction in weight and savings on product costs. MIDs are made primarily of recyclable thermoplastics, so they are more environmentally compatible than alternatives produced using other available technologies.

A. Gebhardt

Understanding Additive ManufacturingRapid Prototyping – Rapid Tooling – Rapid Manufacturing


Additive manufacturing (AM) is the term used for layer-oriented or generative manufacturing, which was introduced in the late 1980s as rapid prototyping. Over the last 20 years it has developed dramatically. Today it is not only a valuable tool for making models and prototypes but also a manufacturing method for final parts and mold inserts. AM is about to revolutionize manufacturing techno-logy. This valuable quick guide provides support material for AM technology courses, updated content for traditional manufacturing lessons, and basic infor-mation to facilitate self studies.

Contents: Basics, Definitions, and Application Levels. Layer Manufactu-ring Processes. Applications. Additive Manufacturing Design and Strategies. Materials, Design, and Quality Aspects for Additive Manufacturing.

D. Kazmer

Injection Mold Design EngineeringISBN 978-3-446-41266-8©2007, hardcover, € 129.90444 pages/280 figures/53 tables

This book offers a vision and structure to synergize all the engineering disciplines that converge in the mold design process. Topics are presented in a top-down manner, from introductory definitions and the “big picture” to lay-out and detailed design of molds. This book provides pragmatic analysis with worked examples that can be adapted to real-world mold design applications. It helps students and practitioners to understand the inner workings of injection molds and encourage them to think “outside the box” in developing innovative and highly functional mold designs.

Contents: Plastic Part Design. Mold Cost Estimation. Mold Layout Design. Cavity Filling Analysis and Design. Feed System Design. Gating Design. Venting. Cooling System Design. Shrinkage and Warpage. Ejection System Design. Struc-tural System Design. Mold Technologies.

P. Unger

Hot Runner TechnologyISBN 978-3-446-40584-4©2006, hardcover, € 129.90249 pages/210 figures/25 tables

Quality and profitability of injection molding operations can be considerably influenced by the hot runner system. The many variations and design principles of hot runners are material-dependent and therefore not universally applicable. Knowing about and recognizing these limitations will make or break a molder’s success.This book provides a comprehensive overview of hot runner technology, advantageous design principles, and applications. It includes the necessary basics as well as many proven designs and application examples.

Contents: Heat Technology. Hot Runner Components. Heating Manifold Blocks. Heating of Hot Runner Nozzles. Temperature Measuring and Controlling. Material Behavior under Stress. Corrosion and Wear. Screw Connections and Material Selection. Basic Plastics Technology. Maintenance and Storage Molds. Design. Suppliers of Hot Runner Systems.

H. Rees

Understanding Injection Mold DesignISBN 978-3-446-21587-0©2001, softcover, € 59.90127 pages/36 figures

This book provides the reader with the ground rules for designing injection molds. It explains the basic mold prin-ciples regardless of what size and type of product is to be injection molded, whether the mold is small or large, has single or multiple cavities, and who designs or builds the mold.

Contents: Starting New in the Mold Design Field. The Basics of an Injection Molding Machine. Understanding the Basics of the Injection Mold. Before Starting to Design a Mold: Machine Specification, Mold Design, Preload, Mold Material Selection, Stack Molds, Mold Layout and Assembly Drawings. Review and Followup. Typical Examples. Estimating of Mold Costs. Machining, Mold Materials, and Heat Treatment.

Jörg Franke

Three-Dimensional MoldedInterconnect Devices (3D-MID)Materials, Manufacturing, Assembly, and Applications for Injection Molded Circuit Carriers

Andreas Gebhardt

Understanding

Additive Manufacturing

Rapid Prototyping - Rapid Tooling - Rapid Manufacturing

8 9

DESIGN

Tool Design

P. Unger

Gastrow Injection Molds 4E130 Proven Designs


Designing the perfect mold is probably the most challenging task in plastics processing, especially in injection mol-ding. The mold determines the quality, performance, and the profitability of a plastic part. Neither modern computer technology nor sophisticated CAE software can substitute the experience of the practicing mold engineer. This is why the “Gastrow” is so special to plastics engineers: 130 mold designs are presented in this extensively revised edition of the great classic in mold making. Each of the case studies was actually built, tested, and run successfully in production. The book is written by practitioners, describing problem solving in the design and the manufacture of injection molds. The wealth of information includes rules of thumb, design details, and practical tips invaluable for everyone involved in this field.

G. Menges, W. Michaeli, P. Mohren

How to Make Injection Molds 3EISBN 978-3-446-21256-5©2001, hardcover, € 249.00632 pages/608 figures

This classic covers all aspects of injection mold design and manufacturing including material selection, general mold design, fabricating cavities and cores, dimensioning for mechanical and thermal design, and venting.

Partial Contents: Mold Making Tech-niques. Mold Costs. Runner Systems. Gates. Venting of Molds. Heat Exchange. Shrinkage. Mechanical Design. Shifting of Cores. Ejection. Alignment. Computer Assisted Mold Design. Maintenance. Mold Standards. Correction of Molding Defects. Special Processes/Molds.

J. Beaumont

Runner and Gating Design Handbook 2ETools for Successful Injection Molding


For the first time, both the art and the science of designing runners and gates are presented in a concise format. Tried and true runner and gating design tech-niques successfully used with various materials and molding applications are described together with cutting-edge new technologies. This handbook helps determine the optimum design, when to use what type of runner systems, and how to isolate molding problems generated from the gate and runner vs. other molding issues. Full-color 3-D graphics, illustrations and photographs as well as charts, checklists, troub-leshooting guides, and contributions from the industry’s leading expert John Bozzelli complete this handbook.

H. Rees, B. Catoen

Selecting Injection MoldsWeighing Cost versus Productivity


This book explains to the mold designer the importance of knowing the ex-pected productivity of the mold and how this information affects the cost of the planned mold and the cost of the molded product. It suggests many approaches to reduce mold cost and also to improve productivity by often just simple design changes. Above all, it emphasizes again and again that the ultimate goal is not to procure the lowest cost but to produce the lowest cost product.

Contents: How to approach selection of the mold features. How productivity affects mold selection. How selection of design features affects mold cost. How to reduce mold and product cost by simple design changes. How to approach estimating mold cost.

G. Mennig, K. Stoeckhert

Mold-Making Handbook 3EISBN 978-1-56990-446-6©2013, hardcover, € 249.99ca. 700 pages/700 figures/50 tables

This new edition of Stoeckhert’s classic provides all fundamental and engineering aspects of mold construction and manufacturing. Completely revised, this edition includes the latest developments in technology, such as CAD and rapid prototyping.

Partial Contents: Molds for Various Processing Methods (Injection, Compression and Transfer Molds, Blow Molds, Thermoforming and Rotational Molds, Molds for Processing Reaction Resins, EPS and PU, Prototyping Molds. Materials (Steels, Bronzes, Aluminum and Zinc Alloys, Materials for Rapid Tooling. Manufacturing and Machining Methods (CIM in Metal Working, EDM, Electroformed Mold Cavities, Polishing, Hobbing, Surface Treatment, Cast Bronze and Light Alloy Molds.

Günter MennigK. Stoeckhert

Mold-MakingHandbook

3rd Edition

“... [This is] an example of how books should be written ... [it] will be used by molders, mold designers and moldmakers and will become a standard.”

—Polymer News

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PROCESSING & MANUFACTURING

General Overview

T. Osswald, J. Hernandez

Polymer ProcessingModeling and Simulation


This book provides a polymer processing background to engineering students and practicing engineers. It addresses traditional polymer processing as well as emerging technologies. Many applications are presented through examples and illustrations, which also serve the practicing engineer as a guide when determining important parameters and factors during the design process or when optimizing a process.

Contents: Polymer Material Science. Processing Properties. Polymer Proces-ses. Processing Fundamentals. Dimen-sional Analysis and Scaling. Transport Phenomena in Polymer Processing. Analyses Based on Analytical Solutions. Numerical Techniques. Introduction to Numerical Analysis. Finite Differences Method. Finite Element Method. Bound-ary Element Method. Radial Functions Method.

T. Osswald

Understanding Polymer ProcessingProcesses and Governing Equations

ISBN 978-3-446-42404-3 ©2010, softcover, € 89.90 304 pages/266 figures/15 tables

Gain the background needed to understand the wide field of polymer processing and the emerging tech-nologies associated with the plastics industry. This book combines practical engineering concepts with modeling of realistic polymer processes.

It is intended for people entering the plastics manufacturing industry and students taking an introductory course in polymer processing. It also serves as a guide to the practicing engineer when choosing a process, determining im-portant parameters and factors during the early stages of process design, and when optimizing such a process. Practi-cal examples illustrating basic concepts are presented throughout.

Contents: Polymeric Materials. Polymer Processing. Modeling.

D. Kazmer

Plastics Manufacturing Systems EngineeringISBN 978-3-446-42014-4©2009, hardcover, € 129.90520 pages/321 figures/76 tables

Plastics manufacturing is a highly interdisciplinary endeavor requiring knowledge related to materials science, physics, engineering, and management. Because of this diversity, the plastics process engineer interacts with many stakeholders, including customers, designers, materials suppliers, machine builders, mold/die suppliers, systems integrators, operators, quality engi-neers, and managers. With so many stakeholders involved, it isn’t surprising that many plastics manufacturing processes are not precisely engineered systems. The resulting processes can be poorly designed, requiring too much investment to achieve too little produc-tivity. This book was written for plastics processing engineers, but it is also highly useful to others involved with plastics manufacturing who are perfor-ming process development, research, and even machinery design.

M. Ezrin

Plastics Failure Guide 2ECause and Prevention

ISBN 978-3-446-41684-0©2013, hardcover, € 299.99868 pages

Plastics failure is largely the result of an increase in the number and variety of applications in relatively few years. This book focuses on actual field and product failures, emphasizing cause and prevention. The concept of the interdependence of material, design, and processing is applied to all examples and cases.

Contents: A Preliminary Look at the Nature, Causes, and Consequences of Plastics Failure. Fundamental Materials Variables Affecting Processing and Product Performance or Failure. Failures Related to Design and Material Selection. Examples of Failure Due to Design and Material Selection. Processing-Related Factors in Failure. Failure Related to Service Conditions. Failure Analysis and Test Procedures. Quality Control – Pre-ventive Failure Analysis. Legal Aspects of Plastics Product Liability and Failure. Composites. Pipes and Fittings.

Myer Ezrin

Plastics Failure GuideCause and Prevention

2nd Edition

N. Rao, N. Schott

Understanding Plastics Engineering CalculationsHands-on Examples and Case Studies

ISBN 978-3-446-42278-0 ©2012, softcover, € 89.90 206 pages/169 figures/26 tables

This book deals with the analytical pro-cedures for troubleshooting extrusion and injection molding equipment and processes. Starting from fundamental melt rheology, thermodynamics of polymers, and heat transfer in plastics manufacturing, this book offers the computational procedures for designing and optimizing machinery. All the cal-culations can be performed on site with a pocket calculator, while the machines are running. This guide is a valuable tool to troubleshoot and estimate the effect of design and process parameters on the product quality in plastics processing.

Contents: Rheology. Thermodynamic Properties. Heat Transfer in Plastics Processing. Extrusion Screws and Dies. Injection Molding Equipment. Cooling and Melt Flow in Injection Molds.

W. Michaeli, H. Greif, L. Wolters, F. Vossebürger

Training in Plastics Technology 2EISBN 978-3-446-21344-9©2001, softcover, € 79.90180 pages/143 figures

Use this authoritative source book to guide newcomers in the plastics industry. Training in Plastics Tech-nology is a text and workbook that provides an introduction to the world of plastics. This book is divided into educational units each of which covers a distinct subject area. Key questions at the beginning of each lesson help the reader approach the subject matter with certain questions in mind. Review questions at the end of each lesson test the knowledge acquired. The answers can be checked against the lists of correct answers at the end of the book. This comprehensive best-selling reference provides the fundamental information you’ll need to understand both processing and applications.

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General Overview

W. Glenz

A Glossary of Plastics Terminology in 7 Languages 7EEnglish – German – Spanish – French – Italian – Russian – Chinese

ISBN 978-3-446-42320-6©2010, book and CD, € 89.00480 pagesIncludes CD

Trying to serve plastics engineers speaking different languages and to breach the language barriers within the international plastics community, the idea was born to compile a glossary of plastics terminology in several languages.

Companion CD: The glossary is now also available in electronic format. For the first time it covers Chinese and Russian as well as English, French, Spanish, Italian, and German trans-lations of approximately 2,200 terms related to chemistry, properties, testing and technology of plastics. The user will find only one translation for any technical term in each language, used most often in the daily work of people involved with plastics.

T. Osswald, E. Baur, S. Brinkmann, K. Oberbach, E. Schmachtenberg

International Plastics Handbook 4EThe Resource for Plastics Engineers

ISBN 978-3-446-22905-1©2006, hardcover, € 99.90920 pages/450 figures/177 tablesIncludes eBook

This comprehensive handbook provides everything there is to know about plastics. From material properties to machines, processing, and applications, the reader will find detailed information for the successful implementation of new materials and technologies. This concise, modern reference not only explains the basic facts and interrelation- ships about plastics but also offers a practical guide for engineers to succeed in today’s challenging global industrial world.

Contents: Introduction. Materials Science of Polymers. Properties and Testing. Plastics Processes. Engineering Design. Materials. Polymer Additives. Appendices: Material Property Tables. Literature. Polymer Research Institutes. Tradenames.

J. Shoemaker

Moldflow Design GuideA Resource for Plastics Engineers


This book helps plastics designers and engineers solve common problems afflicting plastic parts and molds. Moldflow pioneered injection molding simulation in 1978 and has helped over 5,000 manufacturers make better parts faster and with higher profit. Whether you use Moldflow software or not, this guide is an indispensable tool to under-standing plastic flow, CAE analysis and results, and cooling and warp effects to aid in the successful design and manufacture of parts and molds.

The book includes an overview of polymer flow behavior and the injection molding process, design principles to facilitate integrated part and mold design, and examples of how Moldflow technology can be used both to solve problems and optimize design and manufacturing.

R.J. Del Vecchio

Understanding Design of ExperimentsISBN 978-3-446-18657-6 ©1997, softcover, € 39.90188 pages/42 figures/5 tables

This book explains the basics under-lying designed experiments, supplies instructions on how to use several families of convenient designs, and gives an overview on assorted subtopics of the large field that comprise the design of experiments.

Providing an introduction to the design of experiments, this text leads the reader step by step through the basic concepts and practices of this metho-dology. Special coursework or degree is not necessary, because this book uses uncomplicated language and readily understandable examples to introduce ample background theory. The focus is on providing the reader with working skills.

General Overview ∙ Mixing & Compounding

A. Limper

Mixing of Rubber CompoundsISBN 978-3-446-41743-4©2012, hardcover, € 129.90252 pages/186 figures

It is a characteristic of the rubber industry that compounds are usually not bought from a supplier but com-pounded in an in-house mixing facility. The different mixing technologies add yet another degree of freedom to the tailoring of compound properties.

This book covers the major aspects of rubber compounding. For the first time, the reader finds all relevant issues--whether it is machine design, process technology, or material parameters--covered in one comprehensive volume.

Contents: Internal Mixer – Configura-tion and Design. Processing Aspects of Rubber Mixing. Mixing Characteristics of Polymers in an Internal Mixer. Internal Mixer – A Reaction Vessel. Effect of Pro-cess Parameters on Product Properties. Dispersion and Distribution of Fillers.

I. Manas-Zloczower

Mixing and Compounding of Polymers 2ETheory and Practice

ISBN 978-3-446-40773-2©2009, hardcover, € 299.001200 pages/1213 figuresIncludes eBook

Completely updated, the second edition of this classic handbook provides a representative state-of-the-art review of mixing and compounding technology in polymer processing. It covers all aspects of mixing, from the basic principles to the various practical applications, with due consideration to material properties and mixing devices.

Contents: Mechanisms and Theory. Mixing Equipment–Modeling, Simulation, Visualization. Compounding. Mixing Practices.

eBook Bonus: Now get full-text search capability in this treasure trove of information for the plastics professional. Included free with the purchase of this book is an online access code for the electronic version.

14 15


Mixing & Compounding

A. Müller

Coloring of PlasticsFundamentals – Colorants – Preparations


This book describes the various aspects of coloring plastics, such as the construction of the processing machine, the processing technology, quality assu-rance of the raw materials and final pro-ducts, toxicology of the raw materials, and the legal aspects from the handling of all ingredients during the production of a color preparation to the processing of plastic parts. It also includes the safe use of the plastic products in their specific application.

Partial Contents: Methods Used to Color Plastics. Requirements for Color Preparations. Composition of Color Preparations. Colorants for Polymers. Additives for Polymers. Processing Errors and Their Elimination. Quality Assurance. Mold Construction. Legislation. List of Colorants.

J. White, A. Coran, A. Moet

Polymer MixingTechnology and Engineering


There has been an increase in the development and production of new polymer blends and the preparation of compounds of polymers of carbon black, various fibers, and inorganic particles. These developments have led to a blending/compounding industry, which sits between the polymer producers and the manufacturers of shaped products such as injection molders. This book examines the characteristics of polymer blends and compounds and describes the mechanisms of mixing and blending technology and flow mechanisms in mixing equipment.

Partial Contents: Mechanisms of Mixing. Overview of Mixing Machinery. Batch and Internal Mixers. Single Screw Extruder. Buss Kneaders. Co-Rotating Single Screw Extruders. Counter-Rotating Twin Screw Extruders. Continuous Mixers. Feeding and Feeders.

H. Rees

Understanding Injection Mold DesignISBN 978-3-446-21587-0©2001, softcover, € 59.90127 pages/36 figures

This book provides the reader with the ground rules for designing injection molds. It explains the basic mold prin-ciples regardless of what size and type of product is to be injection molded, whether the mold is small or large, has single or multiple cavities, and who designs or builds the mold.

Contents: Starting New in the Mold Design Field. The Basics of an Injection Molding Machine. Understanding the Basics of the Injection Mold. Before Starting to Design a Mold: Machine Specification, Mold Design, Preload, Mold Material Selection, Stack Molds, Mold Layout and Assembly Drawings. Review and Followup. Typical Examples. Estimating of Mold Costs. Machining, Mold Materials, and Heat Treatment.

A. Illig

ThermoformingA Practical Guide


This book provides comprehensive in-formation on thermoforming principles and processes. It introduces students, as well as engineers and technicians with experience in this field, to this area of plastics manufacturing.

The reader will find extensive infor-mation on thermoforming- related subjects, from materials’ properties and processing data, to machines, tools, and trouble shooting.

Contents: Thermoplastics. Basic Principles and Terms Applied in Ther-moforming. Thermoforming Procedures. Heating of Thermoplastics Forming Materials. Heatbalancing of Thermo-forming Tools. Demolding. Finishing of Thermoformed Articles. Possible Pitfalls with Thermoforming. Thermoforming Tools.

J. Throne

Understanding Thermoforming 2EISBN 978-3-446-40796-1©2008, flexcover, € 69.90280 pages/110 figures/26 tables

Modern thermoforming practice is a balance of practical experience and the application of engineering principles. This very practical book introduces the process, its tools and machinery, and the commonly used materials to novices and practicing engineers alike.

Contents: General Forming Concepts. Part Design Machinery for the Thick-Gauge Forming Process. Machinery for the Light-Gauge Forming Process. Machines for Other Applications Molds and Mold Design. Methods of Heating Sheet. Sheet Stretching and Cooling. Trimming. Polymers and Plastics Quality Control. Comparison with Other Technologies. Pragmatic Aspects of Thermoforming.

PhD Dissertation Data Basewww.kunststoffe.de/dissertationen

Journal of Plastics Technologywww.plasticseng.com

First-hand, fast and accurate infor-

mation – this is what you will find

in the peer-reviewed online Journal of Plastics Technology.

Six annual issues provide:• Information on a wide range of topics

• Online access and archive provided by

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• Download of all papers at no charge!

PhD dissertations provide new and

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here you have access to a broad

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WAK_Image_4c_WAK_Image_51,2x210_4c 06

Thermoforming ∙ Injection Molding

16 17


Injection Molding

P. Kennedy, R. Zheng

Flow Analysis of Injection Molds 2EISBN 978-1-56990-512-8©2013, hardcover, € 179.99380 pages/37 figures

Injection molding is arguably the most successful area of modeling and simu-lation for any polymer forming process. This is demonstrated by the number of companies devoted to development of software for molding simulation. This book describes modern molding simulation technology for users and researchers. It provides the major tech-nologies used and assumptions made by commercial codes so as to provide a guide to users of limitations and a basis for further development. Ideas and approaches for improving simulation technology for fiber-filled and semi-crystalline materials are provided.

Partial Contents: Stress and Strain in Fluid Mechanics. Material Properties. Governing Equations. Approximations for Injection Molding. Numerical Methods. Improved Fiber Orientation and Mechanical Property Modeling. Long Fibers.

H. Pruner, W. Nesch

Understanding Injection MoldsISBN 978-1-56990-527-2©2013, softcover, € 69.99160 pages/144 figures/14 tables

This book imparts the knowledge of injection mold tools. Instead of the mature designer, it targets the beginner and fabricator who want to learn the injection mold tool essentials quickly and comprehensively.

It uses a compact style to describe all sub-assemblies of an injection mold tool and emphasizes the process technological aspects when choosing the tool.

The book is also written for the novice toolmaker and teaches all the possible combinations and their impact on a flawless production of molded parts. It describes injection tools for thermoplastic, thermoset, and elastomer processing.

Contents: Basic Mold Design. Types of Demolding in Two-Platen Molds. Gate Technology. Standard Parts. Temperature Control. Special Designs. Mold Surface Treatment. Machining Processes. Care, Maintenance and Storage.

S. Kulkarni

Robust Process Development and Scientific MoldingTheory and Practice


The book introduces the concept of scientific processing for injection molding. A section on design of experiments for injection molding provides insight to the cosmetic and dimensional process windows. This book also includes a plan to release qualified molds into produc-tion, trouble shooting tips, and topics that impact a robust process such as the use of regrind, mold cooling, and venting.

Partial Contents: Introduction to Scientific Processing for Injection Molding. Introduction to Polymers. Polymer Rheology. Plastic Drying. Plastic Materials, Fillers and Additives. Injection Molding. Scientific Processing and Scientific Molding. Design of Ex-periments for Injection Molding. Types of Process Windows and Alarm Limits. Quality Control Concepts. Production Release of the Molds.

C. Rauwendaal

SPC: Statistical Process Control in Injection Molding and Extrusion 2EISBN 978-3-446-40785-5©2008, hardcover, € 129.90264 pages/159 figures/44 tables

Many SPC training programs are taught by people that are familiar with statistics but know little about process technology. Successful implementation of SPC also requires process know-how. This book teaches not only the princip-les of SPC but also basic injection mol-ding and extrusion process technology. It also includes lists of commercially available software for SPC and DOE.

Contents: Injection Molding Techno-logy. Extrusion Technology. Plastics and Plastics Properties Important in Injection Molding and Extrusion. Introduction to Statistical Process Control. Data Collection, Data Analysis, and Problem Solving Measurement. Control Charts. Process Capability and Special SPC Techniques for Molding and Extrusion. Other Tools to Improve Process Control.

T. Osswald, L. Turng, P. Gramann

Injection Molding Handbook 2EISBN 978-3-446-40781-7©2007, hardcover, € 179.90784 pages/570 figures/63 tables

Serving engineers, professionals, and others involved in the injection molding industry, this handbook thoroughly covers every detail of the machine and the process. This all-encompassing resource also includes the topics directly affecting the injection molding process, such as materials, process control, simulation, design, and troubleshooting. The handbook presents a well-rounded overview of the underlying theory and physics that control the common injection molding process variation, without losing the practical hands-on presentation used throughout.

Contents: Injection Molding Materials. Processing. Plasticating Unit. Clamping Unit. Mold Design. Materials Handling and Auxiliary Equipment. SPC in Injection Molding. Special Injection Molding Processes. Injection Molded Part Design. Simulation in Injection Molding. Process Trouble Shooting. Materials Trouble Shooting.

M. Kamal, A. Isayev, S. Liu

Injection MoldingTechnology and Fundamentals


This book surveys the state of the science and technology of the injection molding process. It represents a com-prehensive, balanced mix of practical and theoretical aspects for a wide range of injection molding applications. The authors of the 21 chapters are experts and leaders in their respective areas of specialization in the injection molding field. While it is not possible to cover all aspects of such a dynamic growing field, the reader will find sufficient information and background to become acquainted with key components of the science and technology of injection molding.

eBook Bonus: Now get full-text search capability in this treasure trove of in-formation for the plastics professional. Included free with the purchase of this book is an online access code for the electronic version.

Peter K. KennedyRong Zheng

Flow Analysis ofInjection Molds

2nd Edition

Harry PrunerWolfgang Nesch

Understanding

Injection Molds

18 19


Injection Molding

F. Johannaber

Injection Molding Machines 4EA User’s Guide


Since the publication of the 3rd edition of Injection Molding Machines, there has been considerable progress in certain process applications that make special demands on machinery and their control functions in particular. The book provides an elegant, succinct description of the injection molding process.

By concentrating on a few key para-meters, such as pressure, temperature, their rates, and their influence on the properties of moldings, it provides a clear insight into this technology. The subsequent comprehensive presentation of technical data relating to individual machine components and performance is unique and will be especially appre-ciated by practitioners.

W. Michaeli, H. Greif, G. Kretzschmar, F. Ehrig

Training in Injection Molding 2EISBN 978-3-446-21418-7©2001, softcover, € 79.90160 pages/100 figures

This text covers the entire field of injection molding – from materials, to processing, to the recycling of injection molded parts. Key questions at the beginning of each lesson help readers work with specific objectives in mind. Review questions allow them to test their knowledge.

Contents: Fundamentals. The Injection Molding Machine. The Plasticating and Injection Unit. The Mold. The Clamping Unit. Hydraulics. Controls. The Electrical System. The Injection Molding Process. Mold Design. Quality Assurance in Injection Molding. Recycling of Plastic Waste.

J. Beaumont

Runner and Gating Design Handbook 2ETools for Successful Injection Molding


For the first time, both the art and the science of designing runners and gates are presented in a concise format. Tried and true runner and gating design tech-niques successfully used with various materials and molding applications are described together with cutting-edge new technologies.

This handbook helps determine the optimum design, when to use what type of runner systems, and how to isolate molding problems generated from the gate and runner vs. other molding issues Full-color 3-D graphics, illustrations and photographs as well as charts, checklists, troubleshooting guides, and contributions from the industry’s leading expert John Bozzelli complete this handbook.

J. Avery

Gas-Assist Injection MoldingPrinciples and Applications


This book provides in-depth coverage of all aspects of designing, developing, and manufacturing parts using gas-assist injection molding, comparing this relatively new technology to other possible manufacturing methods. The reader will gain an understanding of how to identify the specific version of this technology best suited for his/her application, as well as design and tooling details required to optimize cost and performance.

Contents: Overview. Techniques of Gas-Assist Injection Molding. Gas-Assist Design. CAE Molding Simulation. Guide-lines for Designing and Manufacturing Tools for Gas-Assist Injection Molding. Manufacturing with Gas-Assist Injection Molding. Case Studies.

J. Shoemaker

Moldflow Design GuideA Resource for Plastics Engineers


This book helps plastics designers and engineers solve common problems afflicting plastic parts and molds. Moldflow pioneered injection molding simulation in 1978 and has helped over 5,000 manufacturers make better parts faster and with higher profit. Whether you use Moldflow software or not, this guide is an indispensable tool to understanding plastic flow, CAE analysis and results, and cooling and warp effects to aid in the successful design and manufacture of parts and molds. Incorporating much of the knowledge developed at Moldflow, this book includes an overview of polymer flow behavior and the injection molding process, design principles to facilitate integrated part and mold design, and examples of how Moldflow technology can be used both to solve problems and optimize design and manufacturing.

G. Pötsch, W. Michaeli

Injection Molding 2EAn Introduction

ISBN 978-3-446-40635-3©2007, softcover, € 99.90256 pages/275 figures/25 tables

This book provides an overview of the injection molding process and all its related aspects, such as material behavior, machine and mold design. Although the book is highly useful to advanced professionals, it is written in clear, simple language to enable beginners to understand the technology. In discussing the various operations related to the injection molding process, emphasis is placed on practical ways of processing and using plastics. The second edition is expanded to include all industrially relevant special injection molding techniques developed since the publication of the first edition.

Contents: Injection Molding Materials. Injection Molding Machine. Injection Mold. Process Control. Automation. Quality Assurance. Special Injection Molding Techniques.

“... accomplishes its intended pur-pose of being an excellent [general] teaching aid.“

—Injection Molding Magazine

20 21


Injection Molding

P. Unger

Gastrow Injection Molds 4E130 Proven Designs


Designing the perfect mold is probably the most challenging task in plastics processing, especially in injection mol-ding. The mold determines the quality, performance, and the profitability of a plastic part. Neither modern computer technology nor sophisticated CAE software can substitute the experience of the practicing mold engineer. This is why the “Gastrow” is so special to plastics engineers: 130 mold designs are presented in this extensively revised edition of the great classic in mold making. Each of the case studies was actually built, tested, and run successfully in production. The book is written by practitioners, describing problem solving in the design and the manufacture of injection molds. The wealth of information includes rules of thumb, design details, and practical tips invaluable for everyone involved in this field.

H. Rees, B. Catoen

Selecting Injection MoldsWeighing Cost versus Productivity


This book explains to the mold designer the importance of knowing the ex-pected productivity of the mold and how this information affects the cost of the planned mold and the cost of the molded product. It suggests many approaches to reduce mold cost and also to improve productivity by often just simple design changes. Above all, it emphasizes again and again that the ultimate goal is not to procure the lowest cost but to produce the lowest cost product.

Contents: How to approach selection of the mold features. How productivity affects mold selection. How selection of design features affects mold cost. How to reduce mold and product cost by simple design changes. How to approach estimating mold cost.

G. Menges, W. Michaeli, P. Mohren

How to Make Injection Molds 3EISBN 978-3-446-21256-5©2001, hardcover, € 249.00632 pages/610 figures/62 tables

This classic covers all aspects of injection mold design and manufacturing including material selection, general mold design, fabricating cavities and cores, dimensioning for mechanical and thermal design, and venting.

Partial Contents: Mold Making Tech-niques. Mold Costs. Runner Systems. Gates. Venting of Molds. Heat Exchange. Shrinkage. Mechanical Design. Shifting of Cores. Ejection. Alignment. Computer Assisted Mold Design. Maintenance. Mold Standards. Correction of Molding Defects. Special Processes/Molds.

J. Greener, R. Wimberger-Friedl

Precision Injection MoldingProcess, Materials, and Applications


One key aspect of the production of high precision components is the need to meet extremely tight dimensional tolerances, often in the submicron ran-ge, and maintain these tolerances over the practical lifetimes of the molded articles. This book examines precision injection molding from different perspectives, covering materials, process, mold and machine aspects of the technology, with special emphasis on factors affecting the dimensional integrity and stability of the molded components. Special topics covered in this volume include: mechanisms of dimensional instability of molded plastics, models for prediction of warpage and shrinkage, crystallization phenomena in injection molding, process control, optical disc molding, micro-molding and microstructure replication for microfluidics.

P. Unger

Hot Runner TechnologyISBN 978-3-446-40584-4©2006, hardcover, € 129.90249 pages/210 figures/25 tables

Quality and profitability of injection molding operations can be considerably influenced by the hot runner system. The many variations and design principles of hot runners are material-dependent and therefore not universally applicable. Knowing about and recognizing these limitations will make or break a molder’s success. This book provides a comprehensive overview of hot runner technology, advantageous design principles, and applications. It includes the necessary basics as well as many proven designs and application examples.

Contents: Heat Technology. Hot Runner Components. Heating Manifold Blocks. Heating of Hot Runner Nozzles. Temperature Measuring and Controlling. Material Behavior under Stress. Corrosion and Wear. Screw Connections and Material Selection. Basic Plastics Technology. Maintenance and Storage Molds. Design. Suppliers of Hot Runner Systems.

D. Kazmer

Injection Mold Design EngineeringISBN 978-3-446-41266-8©2007, hardcover, € 129.90444 pages/280 figures/53 tables

This book offers a vision and structure to synergize all the engineering disciplines that converge in the mold design process. Topics are presented in a top-down manner, from introductory definitions and the “big picture” to lay-out and detailed design of molds. This book provides pragmatic analysis with worked examples that can be adapted to real-world mold design applications. It helps students and practitioners to understand the inner workings of injection molds and encourage them to think “outside the box” in developing innovative and highly functional mold designs.

Contents: Plastic Part Design. Mold Cost Estimation. Mold Layout Design. Cavity Filling Analysis and Design. Feed System Design. Gating Design. Venting. Cooling System Design. Shrinkage and Warpage. Ejection System Design. Struc-tural System Design. Mold Technologies.

“[This book is] an example of how books should be written .... [it] will be used by molders, mold designers and moldmakers and will become a standard.”

—Polymer News

22 23


Extrusion

M. Noriega, C. Rauwendaal

Troubleshooting the Extrusion Process 2EA Systematic Approach to Solving Plastic Extrusion Problems


Troubleshooting extrusion problems is one of the most challenging tasks in extrusion operations. It requires a good understanding of the extrusion process, knowledge of the material properties, good instrumentation, good analysis tools, and a systematic and logical approach. This book addresses all issues crucial in extrusion troubleshooting. In addition, industrial case studies, richly illustrated with photographs and photomicrographs, are used to provide exemplary approaches to efficient prob-lem analysis and problem solving.

Partial Contents: Requirements for Efficient Troubleshooting. Tools for Troubleshooting. Systematic Trouble-shooting. Case Studies.

C. Rauwendaal

Understanding Extrusion 2EISBN 978-3-446-41686-4©2010, softcover, € 89.90248 pages/184 figures/16 tables

No engineering degree required! This book presents basic information on extrusion technology. Written for operators, supervisors, technical service professionals, as well as newcomers to the industry and students, this book introduces the process, machinery, process control, materials, and trouble shooting tips. The extended second edition covers high-speed extrusion, how to reduce material cost, efficient extrusion, purging and product changeover, how to reduce energy consumption, and new developments in extruder screw design.

Contents: Extrusion Machinery. Instru-mentation and Control and Extrusion Lines. Complete Extrusion Lines. Plastics and Properties Important in Extrusion. How an Extruder Works. How to Run an Extruder. How to Troubleshoot Extrusion Problems. New Developments.

C. Chung

Extrusion of Polymers 2ETheory & Practice


Single-screw extrusion technology is presented together with the relevant polymer fundamentals, with an emphasis on screw design. The book provides an in-depth tutorial for the conceptual understanding and an analytical part with mathematical models. Practical applications of the mathematical mo-dels are illustrated by examples. A brief description of twin-screw extrusion technology is also presented.

Contents: Physical Description of Single-Screw Extrusion. Fundamentals of Polymers. Theories of Single-Screw Extrusion. Screw Design, High-Per-formance Screws, and Scale-Up. Gear Pumps, Static Mixer, and Dynamic Mixer. Physical Description of Twin-Screw Extruders.

K. Cantor

Blown Film Extrusion 2EAn Introduction

ISBN 978-3-446-41705-2©2011, hardcover, € 99.90180 pages/108 figuresIncludes CD

From hardware and materials through processing and properties, this book presents a broad coverage of blown film extrusion and offers a balance of theory and practice. It explains certain effects in the blown film process so readers can troubleshoot and improve their operations. Also, current practices and equipment are emphasized to keep readers up to date with the most productive and efficient technology.

Contents: Materials for Blown Film. Extrusion Overview. Hardware for Blown Film. Processing. Coextrusion. Film Properties. Troubleshooting.

Companion CD: The Blown Film Extrusion Simulator enhances the learning process by teaching blown film extrusion equipment operation and processing principles.

C. Rauwendaal

Polymer Extrusion 5EISBN 978-1-56990-516-6 ©2013, hardcover, ca. € 149.99ca. 800 pages

Initially published "to bridge the gap between theory and practice in extrusion," this 5th edition of Polymer Extrusion continues to serve the practi-cing polymer engineer and chemist, providing the theoretical and the practical tools for successful extrusion operations. In its revised and expanded form, it also incorporates the many new developments in extrusion theory and machinery over the last years.

Contents: Different Types of Extruders · Extruder Hardware · Instrumentation and Control · Fundamental Principles · Important Polymer Properties · Functional Process Analysis · Extruder Screw Design · Die Design · Twin Screw Extruders · Troubleshooting Extruders · Modeling and Simulation of the Extrusion Process

G. Campbell, M. Spalding

Analyzing and Trouble-shooting Single-Screw ExtrudersISBN 978-3-446-41371-9©2013, hardcover, € 249.99800 pages

The book is an excellent resource on the fundamentals of single-screw extrusion. These fundamentals are com-bined with the chemistry of polymers and the physical properties related to processing to efficiently troubleshoot and optimize extrusion processes. This book provides over 30 case studies for troubleshooting extrusion problems, describing the relationship between the process and the physical properties of the resin. A solution is described in detail for implementation. Some of the physical properties related to single-screw processing that are presented in depth include rheology, heat capacity, dynamic friction, bulk density and pellet compaction, and melt density.

Partial Contents: Single-Screw Extru-sion: Introduction and Troubleshooting. Polymer Materials. Introduction to Polymer Rheology for Extrusion.

Gregory A. CampbellMark A. Spalding

Analyzing andTroubleshooting Single-Screw Extruders

Chris Rauwendaal

Polymer Extrusion

5th Edition

24 25

J. White, E.K. Kim

Twin Screw Extrusion 2ETechnology and Principles


This book distinguishes between the different types of twin screw extruders and clearly describes their capabilities. It examines the fundamentals, deve-lopment, and technology of twin screw extruders widely used for compounding, blending, reactive extrusion, and devolatilization.

Partial Contents: Overview of Multi-Screw Extruders. Background: Polymer Properties and Flow Principles. Single Screw Extrusion. Technology of Intermeshing Co-Rotating Twin Screw Extruders. Flow Mechanisms and Mode-ling of Intermeshing Co-Rotating Twin Screw. Extruders. Experimental Studies of Intermeshing Co-Rotating Twin Screw Extruders. Technology of Intermeshing Counter-Rotating Twin Screw Extruders. Flow Mechanisms and Modeling of Intermeshing Counter-Rotating Twin. Screw Extruders.

Extrusion


H. Harris

Extrusion ControlMachine – Process – Product


Discover how quality in extrusion can be measured, controlled, and improved. This book offers an understanding of how extruders should be controlled and what good closed-loop controls can accomplish. Based on the author’s years of experience, this book describes how to tackle the problems an extrusion operator faces. It is a helpful tool to improve and stabilize the extrusion pro-cess, thus facilitating a more profitable operation.

Contents: Extruder, Puller, Cutter, Control. Control of the Machine. Tem-perature, RPM. Control of the Process. Melt Temperature, Melt Pressure, Melt Pump. Control of the Product. Sheet, Blown Film, Tubing and Pipe, Profile, Wire Insulation. Specialty Extrusion. Coextrusion, “Bump” Tubing, Alterna-ting Polymer, Measurement and Control of Viscosity, Unattended Operation. Statistical Quality Control.

J. Throne

Thermoplastic Foam ExtrusionAn Introduction

ISBN 978-3-446-22848-1©2004, hardcover, € 69.90150 pages/57 figures/30 tables Foams enjoy growing popularity because they have unique insulating properties, impact-resistant charac-teristics, buoyancy, and outstanding strength-to-weight ratios. This unique introduction covers both low- and high-density thermoplastic foams in an easy-to-follow style, avoiding excursions into the theoretical aspects of foam processing. This book includes information on materials and their properties and all major foam extrusion processes, as well as a comprehensive troubleshooting guide, designed to help newcomers as well as seasoned practitioners navigate the pitfalls of foam production.

Contents: Foam Materials. Flow Cha-racteristics of Foamable Polymers. The Foaming Process. Extrusion Equipment. Processing Variants. Mechanical Design of Foams. Troubleshooting Guides. Glossary of Foam Terms.

K. Kohlgrueber

Co-Rotating Twin-Screw ExtrudersFundamentals, Technology, and Applications


Co-rotating screws are used in many branches of industry for producing, preparing and processing highly viscous materials. These machines usually have modular configurations and are thus quite flexible for adapting to changing tasks and material properties. Well-founded knowledge of machines, processes and material behavior are required in order to design twin-screw extruders for economically successful operations.

This book provides basic engineering knowledge regarding twin-screw machines; it lists the most important machine-technical requirements and provides examples based on actual practice. Better understanding of the processes is emphasized as this is a prerequisite for optimizing twin-screw designs and operating them efficiently.

C. Rauwendaal

SPC: Statistical Process Control in Injection Molding and Extrusion 2EISBN 978-3-446-40785-5©2008, hardcover, € 129.90264 pages/159 figures/44 tables

Many SPC training programs are taught by people that are familiar with statistics but know little about process technology. Successful implementation of SPC also requires process know-how. This book teaches not only the princip-les of SPC but also basic injection mol-ding and extrusion process technology. It also includes lists of commercially available software for SPC and DOE.

Contents: Injection Molding Techno-logy. Extrusion Technology. Plastics and Plastics Properties Important in Injection Molding and Extrusion. Introduction to Statistical Process Control. Data Collection, Data Analysis, and Problem Solving Measurement. Control Charts. Process Capability and Special SPC Techniques for Molding and Extrusion. Other Tools to Improve Process Control.

D. Klempner, V. Sendijarevic

Handbook of Polymeric Foams and Foam Technology 2EISBN 978-3-446-21831-4©2004, hardcover, € 299.00603 pages/241 figures

This handbook helps engineers to de-velop practical solutions for industrial design and manufacturing challenges. It describes all classes of polymeric foams, including their chemistry, synthesis, commercial production methods, properties, and applications. Many industry issues – such as environ-mentally acceptable blowing agents, combustibility, and solid waste disposal – are addressed.

Partial Contents: Fundamentals of Foam Formation. Cellular Structure and Properties of Foamed Polymers. Flexible/Rigid Polyurethane Foams. Polyisocyanurate Foams. RIM and RRIM Foams. Polystyrene and Structural Foams. Polyolefin Foams. PVC Foams. Epoxy Foams. Latex Foams. Silicone Foams. Fluoropolymer Foams. Wood Composite Foams. Phenolic Foams. Flame Retardancy of Polymeric Foams.

Extrusion ∙ Foams

26 27


Blow Molding

N. Lee

Understanding Blow Molding 2EISBN 978-3-446-41265-1©2007, softcover, € 89.90194 pages/218 figures/15 tables

This book offers hands-on, practical applications that benefit those new to the plastic blow molding industry, as well as those who are experienced but may not have been exposed to all facets of a blow molding plant. All dis-ciplines—such as engineering, marke-ting, design, research and development, and operations—will gain insight into solving the everyday problems of a blow molding operation. This edition provi-des a comprehensive troubleshooting guide that proves particularly helpful to any practitioner.

Contents: Introduction to Plastic Blow Molding. The Basic Process. Polymer Materials. Extrusion Blow Molding. Injection Blow Molding. Extrusion Techniques. Guidelines to Selecting In-dustrial Machines. Extrusion Advanced Systems. Understanding Extrusion Blow Molds. Understanding Injection Blow Molds. Finishing. Troubleshooting.

D. Rosato, A. Rosato, D. DiMattia

Blow Molding Handbook 2EISBN 978-3-446-22017-1©2004, hardcover, € 349.00642 pages/250 figures/50 tables

An industry standard, this book provides insight to critical areas such as product design, meeting performance requirements, reducing cost, and zero defect targets. The information presen-ted is of value to fabricators, designers, and engineers and it also provides a firm basis for the beginner. The intent is to provide a complete review of the important aspect of the blow molding process that goes from the practical to the theoretical and from the elementary to the advanced.

Partial Contents: Plasticator Melting Operation. Extrusion BM. Injection BM. Stretch BM. Tooling. Plastic Types and Processability. Fundamentals of Product Design. Process Control. Computer Ope-ration. Process Selection and Auxiliary Equipment and Secondary Operations. Troubleshooting and Maintenance.

N. Lee

Blow Molding Design Guide 2EISBN 978-3-446-41264-4©2008, softcover, € 129.90288 pages/224 figures

The second edition of this widely accepted book provides a general understanding of the blow molding process. It offers a practical, hands-on approach, concentrating on real life, day-to-day problems faced by those working to create cost-effective blow molded parts. The author uses an integrated approach to plastic part design, considering material properties, process benefits and limitations, mold engineering, decoration, finishing, and assembly techniques, while always keeping a focus on manufacturability issues.

Contents: Overview. Blow Mold Process/Extrusion Blow Molding. Materials. Molds/Basic. Construction. Basic Design Considerations. Design of Bottles. Industrial and Large Parts. Other Products. CAD in Blow Mold Part Design. Finishing and Decoration of Blow Molded Products. Fastening and Joining. Economics of Blow Molding.

Other Processes

R. Wolf

Plastic Surface ModificationSurface Treatment and Adhesion


Although polymer surface modification has been investigated by academia and industry, relatively little attention has been paid to surface activation technologies which, when appropriately utilized, make specific polymer-based surfaces receptive to value-adding interfaces such as inks, coatings, and adhesives.

This book describes the polymer adhesion issues faced by manufacturers, processors, and converters; outlines methods for attaining an appropriately activated surface; and provides the dia-gnostics for various adhesion promotion issues and troubleshooting guidelines.

Partial Contents: Primary Polymer Adhesion Issues. Treatment Technolo-gies: Air Plasma, Ozone, Flame Plasma, Chemical Plasma. Applying Surface Modification Methods.

F. Wolff-Fabris, V. Altstädt, U. Arnold, M. Döring

Electron Beam Curing of CompositesISBN 978-3-446-42405-0©2010, hardcover, € 89.90136 pages/83 figures/13 tables

Electron beam curing technology for advanced composites has emerged as a credible and attractive alternative to thermal curing for most composite products. Technical advantages, such as aerospace structures, include curing at room temperature, using low-cost tooling, and the ability to fabricate large integ-rated structure including structures too large to fit inside autoclaves. Studies by aerospace companies have shown potential cost savings of 10-60 % by using electron beam curing.

Both theoretical and practical aspects of electron beam curing of composites are presented to bridge academic know-ledge and industrial applications.

Partial Contents: Aspects of Mate-rials. Applied to Composite Molding Technologies. Current Limitations and Potentials. Research Trends and Projects. Examples.

A. Pocius

Adhesion and Adhesives Technology 3EAn Introduction


The emphasis of this book is on understanding the science of adhesion. Each section or chapter starts with a simple view of the subject area and then builds to a point at which more detail is available for the reader who is or wants to be a practitioner of the art and science of adhesion.

Partial Contents: Mechanical Proper-ties. Mechanical Tests of Adhesive Bond Performance. Basics of Intermolecular Forces and Surface Science. Basic Phy-sical/Chemical Properties of Polymers. Relationship of Surface Science and Adhesion Science. Surface Preparation of Adherends for Adhesive Bonding. Chemistry and Physical Properties of Structural Adhesives.

Alphonsus V. Pocius

Adhesion and Adhesives Technology An Introduction

3rd Edition

Felipe Wolff-FabrisVolker AltstädtUlrich ArnoldManfred Döring

Electron Beam Curing of Composites

“Very highly recommended“

—Adhesives & Sealants Newsletter

28 29


Other Processes

B. Stritzke

Custom Molding of Thermoset ElastomersA Comprehensive Approach to Materials, Mold Design, and Processing


This book covers chemistry of thermo-set elastomers but only to the extent needed for understanding how to process them through a manufacturing environment and how they react in various manufacturing methods. The focus of the book is to provide in-depth coverage of tooling, processing, and secondary operations that can improve manufacturing efficiencies. Detailed and easy to understand diagrams display specific conditions and how they can be improved upon. Innovative ideas and solutions are shared and discussed.

Partial Contents: Introduction to Thermoset Elastomer Chemistry. Compounding, Mixing and Equipment. Materials. Product Design. Material Testing for TSE. Polymer Flow. Molding Methods and Related Topics.

G. Beall

Rotational MoldingDesign, Materials, Tooling, and Processing


A highly versatile process, rotational molding allows for incredible design flexibility with the added benefit of low production costs. One of its advantages over other plastics processes is that one can mold more complex shapes with uniform wall thickness. The emphasis of this book is on product design while providing an introduction to the process. It also helps readers understand and apply the manufactu-ring techniques involved in rotational molding.

Contents: The Rotational Molding Industry. Rotational Molding Materials. Design Considerations. Rotational Mol-ding Molds. Understanding the Process. Costing Considerations. When to Choose Rotational Molding.

D. Grewell, A. Benatar, J. Park

Plastics and Composites Welding HandbookISBN 978-3-446-19534-9©2003, hardcover, € 99.90423 pages/311 figures

This comprehensive handbook covers all commercially available welding processes. It helps the reader select the best-suited process for their application and provides an understanding of each process by presenting the limitations and benefits. It focuses on practical as-pects – such as weldability, optimizing part design, troubleshooting, and tes-ting – and conveys the basic theoretical principles of plastic welding, such as squeeze flow, molecular diffusion, and heat transfer mechanisms.

Contents: Steps in Plastics and Compo-sites Welding. Heated Tool (Hot Plate) Welding. Hot Gas Welding. Extrusion Welding. Implant Induction (Electro-magnetic) Welding. Resistive Implant Welding. Ultrasonic Welding. Linear and Orbital Vibrations Welding. Spin Welding. Radio Frequency Welding. Infrared and Laser Welding. Microwave Welding. Guidelines for Process Selection. Testing of Weld Joints.

R. Davé, A. Loos

Processing of CompositesISBN 978-3-446-18044-4 ©2000, hardcover, € 249.00504 pages/222 figures

Composites are said to be the mate-rials of the future. Advanced polymer composites are beginning to be used in down-to-earth structures such as bridges, buildings, and highways. The objectives of this book are to provide an overview of the fundamental prin-ciples underlying composite processing and to summarize the most important processes for composite manufacturing.

Partial Contents: Chemistry, Kinetics, and Rheology of Thermoplastic Resins. Thermoset Resin Cure Kinetics and Rheology. Phase Separation and Morphology of Toughened Thermosets. In Situ Frequency Dependent Dielectric Sensing of Cure. Modeling. Transport of Heat, Mass, and Momentum in Proces-sing. Void Growth and Dissolution.

B. Davis, P. Gramann, T. Osswald, A. Rios

Compression MoldingISBN 978-3-446-22166-6©2003, hardcover, € 79.90208 pages/150 figures/25 tables

This book not only covers the advan-tages and disadvantages of molding operations with SMC/BMC (thermo-setting) and GMT/LFT (thermoplastic) materials but also provides the reader with relatively simple models for mo-nitoring, troubleshooting, and quality control of their process. Also covered is the important role of fiber reinforce-ment—how the quantity, length and fiber orientation influence part strength and stiffness.

Contents: Materials. Process Overview. Mold Filling. Solidification. Mechanical Properties.

T. Osswald, G. Menges

Materials Science of Polymers for Engineers 3EISBN 987-156990-514-2©2012, hardcover, € 99.90616 pages/525 figures/58 tables

This introduction to polymer materials science is divided into three major sections: Basic Principles, Influence of Processing on Properties, and Engineering Design Properties. The first edition of this textbook was praised for its vast number of graphs and data that can be used as reference. The new second edition further strengthens this attribute with a new appendix contai-ning material property graphs for the commonly used polymers. However, the most important change implemented in this edition is the introduction of real-world examples and a variety of problems at the end of each chapter.

Contents: (I) Basic Principles. (II) Influence of Processing on Properties. (III) Engineering Design Properties.

Tim A. OsswaldGeorg Menges

Materials Scienceof Polymers for Engineers

3rd Edition

30 31

MATERIALS

General Overview

C. Wilkes, J. Summers, C. Daniels

PVC HandbookISBN 978-3-446-22714-9©2005, hardcover, € 399.00749 pages/239 figures/35 tables

This handbook covers all aspects of PVC from monomer manufacture to polymerization; additives such as stabilizers, lubricants, plasticizers, impact modifiers, fillers, and reinforcing agents; blends and alloys; compounding and processing; characterization; com-bustion resistance and weatherability; product engineering design; applications; environmental and safety; and the dynamics of the PVC industry. This handbook contains practical formulation information as well as a mechanistic view of why PVC behaves as it does.

Partial Contents: Vinyl Chloride Mono-mer. Polymerization. PVC Stabilizers and Lubricants. Plasticizers. Processing Aids and Impact Modifiers. Fillers and Rein-forcing Agents. PVC Blends and Alloys. Compounding Processes. Flexible PVC. Specialty Grade PVC Resins. Physical Properties and Characterization of PVC.

H.J. Endres, A. Siebert-Raths

Engineering BiopolymersMarkets, Manufacturing, Properties and Applications

ISBN 978-3-446-42403-6 ©2010, hardcover, € 299.00 692 pages/278 figures/70 tables

This book focuses on the hot topic of bio/renewable materials. It is based on comprehensive research projects, during which these materials were systematically analyzed and characterized. It offers comparable data for biogenic polymers and biological macromole- cules, including the fast-growing and commercially important group of engineering materials. Extensive material characteristics tables provide the crucial comparative data for this emerging material class. This book includes valuable information regarding micro-structure, manufacturing and processing, application, and recycling properties of biopolymers.

Partial Contents: Regulatory Framework. Manufacture and Chemical Structure. Engineering Property Profiles. End-of-Life Operations. Life-Cycle Assessment. Market Characterization.

D. Bhattacharyya, S. Fakirov

Synthetic Polymer- Polymer CompositesISBN 978-1-56990-510-4©2012, hardcover, € 349.00830 pages/484 figures/57 tables

This book provides another approach for the replacement of glass and other inorganic fibers as reinforcement for polymer composites. Although this approach does not have the advantages of biodegradable natural fibers, the synthetic polymer-polymer composites are more environmentally acceptable than glass fiber reinforced composites because of their organic nature.

In addition to their environmental ad-vantages, as compared to the polymer composites with mineral reinforcement with high loading rates, they have mechanical properties that allow manufacturing light-weight products and constructions; an importance in transportation vehicles and aircrafts.

Contents: Polymer-Polymer Composites with Pre-Made Fibrous Reinforcement. In situ Nano- and Microfibrillar Polymer-Polymer Composites. Single Polymer Composites.

Y. Kissin

PolyethyleneEnd-Use Parameters and their Physical Meaning


This book bridges the meaning of engineering end-use parameters of polyethylene resins (HDPE, LDPE, LLDPE, VLDPE) and their molecular characteristics. The goal is to translate common end-use characteristics of the resins or properties of standard items manufactured from resins into the uni-versal language of the polymer science, average molecular weight and molecular weight distribution of a polymer, and composition and a statistical descripti-on of a copolymer.

Contents: Manufacture, Structure, and Mechanical Properties of Polyethylene. Resins. Melt Indexes and Melt Flow Ratios of Polyethylene Resins. Melting Points of Polyethylene Resins. Crystalli-nity Degree and Density of Polyethylene Resins. End-Use Mechanical Properties of Polyethylene Film. End-Use Testing of High Molecular Weight HDPE and MDPE Resins.

Yury V. Kissin

PolyethyleneEnd-Use Properties and their Physical Meaning

Hans-Josef EndresAndrea Siebert-Raths

Engineering BiopolymersMarkets, Manufacturing, Properties and Applications

Contents: Introduction. Materials Science of Polymers. Properties and Testing. Plastics Processes. Engineering Design. Materials. Polymer Additives.

eBook Bonus: Included free with the purchase of this book is an online access code for the electronic version.

T. Osswald, E. Baur, S. Brinkmann, K. Oberbach, E. Schmachtenberg

International Plastics Handbook 4EThe Resource for Plastics Engineers


This comprehensive handbook provides everything there is to know about plastics. From material properties to machines, processing, and applications, the reader will find detailed information for the successful implementation of new materials and technologies. This concise, modern reference not only explains the basic facts and interrelati-onships about plastics but also offers a practical guide for engineers to succeed in today’s challenging global industrial world.

32 33

MATERIALS

General Overview

S. Fakirov, D. Bhattacharyya

Handbook of Engineering BiopolymersHomopolymers, Blends, and Composites


This volume presents the results of numerous worldwide studies focusing on the implementation of natural polymers as engineering plastics and the use of their inherent properties. It discusses the processing and, more extensively, the application of natural materials (cellulose and protein-based) as reinforcements for polymer composi-tes. The structural, morphological, and thermal characteristics, as well as the mechanical behavior of the obtained materials are covered comprehensively. In addition, the book includes case studies of commercial relevance. All natural polymers used in the blending or reinforcement of synthetic polymers are discussed in an attempt to cover the isolation, pretreatment, blending, and manufacturing of the respective materials.

D. Klempner, V. Sendijarevic

Handbook of Polymeric Foams and Foam Technology 2EISBN 978-3-446-21831-4©2004, hardcover, € 299.00603 pages/241 figures

This handbook helps engineers to de-velop practical solutions for industrial design and manufacturing challenges. It describes all classes of polymeric foams, including their chemistry, synthesis, commercial production methods, properties, and applications. Many industry issues – such as environ-mentally acceptable blowing agents, combustibility, and solid waste disposal – are addressed.

Partial Contents: Fundamentals of Foam Formation. Cellular Structure and Properties of Foamed Polymers. Flexible/Rigid Polyurethane Foams. Polyisocyanurate Foams. RIM and RRIM Foams. Polystyrene and Structural Foams. Polyolefin Foams. PVC Foams. Epoxy Foams. Latex Foams. Silicone Foams. Fluoropolymer Foams. Wood Composite Foams. Phenolic Foams. Flame Retardancy of Polymeric Foams.

E. Campo

Industrial PolymersISBN 978-3-446-41119-7©2007, hardcover, € 99.90 192 pages/280 figures/5 tables

This book provides a practical, compre-hensive overview of the various plastic materials used in today’s industrial applications. It focuses on material properties and areas of application.

All industrially significant plastic fami-lies and grades are introduced following the same approach: their chemical constitution, manufacturing, properties, processing, and end-use applications. This consistent presentation allows easy comparison of different materials and helps with the initial identification of suitable plastic materials for a given end use. Ample full-color illustrations are testimony to the fact that plastic materials are the ultimate tribute to man’s creativity and inventiveness.

Contents: Polymeric Materials. Thermo-plastic Polymers. Thermoplastic Elasto- mers (TPE). Liquid Injection Molding Silicone (LIM). Thermoset Polymers.

J. White, D. Choi

PolyolefinsProcessing, Structure Development, and Properties


Polyolefins, the polymers synthesized from olefinic monomers, are the major commercial thermoplastics. They are also important elastomers and the components of major thermoplastic elastomers. Polyethylene and polypro-pylene in volume are the two largest thermoplastics and are fabricated into filaments, films, and moldings.

For the first time, the reader will find a comprehensive description of the structuring of molten polyolefins in fiber, film and molding processes with correlation between structural order such as crystalline unit cell, poly-morphic effect and orientation, and processing parameters.

G. Ehrenstein

Polymeric MaterialsStructure, Properties, Applications

ISBN 978-3-446-21461-3©2001, softcover, € 89.90295 pages/205 figures

Focuses on the relationships between the chemical structure and the related physical characteristics of plastics, which determine appropriate material selection, design, and processing of plastic parts. One of the special features is the extensive discussion and explanation of the interdependence between structure-properties and pro-cessing. The book contains numerous application-oriented examples and is presented at an intermediate level for both practicing plastic engineers and advanced engineering students.

Contents: Economic Development – Market Review and Predictions. General Characteristics of Polymeric Materials. Molecular Structure and Synthesis of Polymers. Structure of Polymeric Materials. Thermomechanical Properties. Mechanical Behavior. Aging and Stabili-zation. Overview of Selected Polymeric Materials.

N. Pasquini

Polypropylene Handbook 2EISBN 978-3-446-22978-5©2005, hardcover, € 299.00604 pages/326 figures/38 tables

Following the successful approach of the first edition, this book presents the current state of the PP industry. At its core is a detailed description of the polymerization, the catalysts, and the breakthroughs that occurred during the last two decades. Comprehensively co-vered are morphology, characterization, stabilization, properties, manufacturing, worldwide demand, environmental con-siderations, applications, and regulatory considerations. This update covers more than products, technology, and market, which undoubtedly are the most impor-tant dimensions of the PP industry.

Partial Contents: (I) The Product: Int-roduction. Catalysts for Polymerization. Polypropylene Morphology. Additives. Product Mix and Properties. (II) The Technology: Manufacturing. Fabrication Processes. Regulations and Approvals. (III) The Market. (IV) The Business.

34 35

General Overview

S. Bhattacharya, M. Kamal, R. Gupta

Polymeric NanocompositesTheory and Practice


This comprehensive reference book incorporates the latest developments in the synthesis, production, characteriza-tion, and application of various types of polymeric nanocomposites. It outlines the various preparation techniques using different types of nanoparticles and polymer matrices with emphasis on clay nanoparticles. All fundamental issues such as thermodynamics, kine-tics, and rheology are discussed. Also, the structure and the characterization of polymeric nanocomposites, including their molecular characteristics, thermal properties, morphology, and mechanical properties, are covered in detail.

Partial Contents: Nanocomposites – Preparation and Synthesis. Fundamental Issues in Nanocomposite Synthesis. Rheology of Nanocomposites. Proces-sing of Nanocomposites.

J. White, K. Kim

Thermoplastic and Rubber CompoundsTechnology and Physical Chemistry


This book describes the composition of all major types of polymer compounds, both thermoplastics as well as rubbers. It describes the intended effects of various additives and the complexi-ty of their, sometimes unintended, interactions.

Contents: Polymer-Particle Filler Systems. Polymer Solutions and Swollen Vulcanizates. Polymer Additive Binary Systems. Binary Polymer Blends. Ternary Systems: Polymer Blends Plus Solvent Additives and Compatibilizing Agents. Polymer-Filler-Additive Compounds. Multicomponent Compounds. Mixing Machinery.

L. Robeson

Polymer BlendsA Comprehensive Review


Polymer blends offer a key option in solving emerging application require-ments. The ability to combine existing polymers into new compositions with commercializable properties offers the advantage of reduced research and development expense compared to the development of new monomers and polymers to yield a similar property profile. An additional advantage is the much lower capital expense involved with scale-up and commercialization. Another specific advantage of polymer blends versus new monomer/polymer compositions is that blends often offer property profile combinations not easily obtained with new polymeric structures. In the rapidly emerging technology landscape, polymer blend technology can quickly respond to developing needs.

MATERIALS

HANSER eLibRARy.com

www.hanser-elibrary.com

The platform for professional digital information from HANSER has everything you could wish for. All needs can be met here for your particular activity.

∙ Custom-made or individual e-book packages in the areas building engineering, electrical engineering, computer sciences, construction engineering, plastics engineering, machine building mathematics and natural sciences, quality management, economics

∙ Currently over 900 e-books with an additional 200 new e-books yearly

∙ E-journals in the areas of material sciences, nuclear technology, chemistry

∙ For higher education schools, institutions and companies through IP-connection

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∙ Unlimited printing and PDF-download

For further information just send us an e-mail at [email protected]

36 37

MATERIALS

Fibers & Films ∙ Rubber

F. Fourné

Synthetic FibersMachines and Equipment Manufacture, Properties


This comprehensive handbook covers the design of machines and equipment for the production of synthetic fibers – from raw materials to the final product.

Written by one of the pioneers in the field, this book covers materials, specific processes, the corresponding installations, machines, process data, and designs and calculations for different materials and varying function parameters.

Partial Contents: Introduction. Poly-mer Specific Processes. Theoretical and Experimental Principles. Plants, Equip-ment and Machines for the Production of Synthetic Yarns and Fibers. Special Processes and Plants. Auxiliary Plants and Equipment. Auxiliary Devices, Calculations, and Constructions.

T. Kanai, G. Campbell

Film ProcessingISBN 978-3-446-43006-8©2011, hardcover, € 249.00452 pages/312 figures

The manufacturing process for preparing very thin polymer products has developed into what is arguably the largest outlet for synthetic polymers. This book focuses on the developments in process hardware and operating techniques that permit increasingly high production rates, optimum property development, unusual degrees of molecular orientation, and the coextrusion of multi-layer, multi-component film and sheet. The strong relationships and the interdependence of these developments on the achieve- ments in polymer design, such as rheology and mechanical and optical properties, are also discussed.

Partial Contents: Film Processing Overview and Introductory Rheology. Flat Die Analysis. Spiral Die Analysis. Die Control System of Film Thickness Distribution. Kinematics, Dynamics and Physical Properties of Blown Film. Bubble Instability: Experimental Evaluation.

Rubber


Materials Science of Polymers for Engineers 3EISBN 987-156990-514-2©2012, hardcover, € 99.90616 pages



A. Gent

Engineering with Rubber 3EHow to Design Rubber Components


This book provides the beginning engineer with the principles of rubber science and technology: what rubber is, how it behaves, and how to design engineering components with rubber. It offers solutions to the questions en-gineers in rubber processing face every day: How is an elastomer chosen and a formulation developed? Why is rubber highly elastic and relatively strong? How can the stiffness and the strength of a product be estimated? How is high quality and durability guaranteed? The authors describe current practices in rubber engineering. Sample problems are included.

Contents: Materials and Compounds. Elasticity. Dynamic Mechanical Pro-perties. Strength. Mechanical Fatigue. Durability. Design of Components. Finite Element Analysis. Test and Specifications.



3rd Edition

A. Limper

Mixing of Rubber CompoundsISBN 978-3-446-41743-4©2012, hardcover, € 129.90252 pages/186 figures

It is a characteristic of the rubber industry that compounds are usually not bought from a supplier but com-pounded in an in-house mixing facility. The different mixing technologies add yet another degree of freedom to the tailoring of compound properties.

This book covers the major aspects of rubber compounding. For the first time, the reader finds all relevant issues--whether it is machine design, process technology, or material parameters--covered in one comprehensive volume.

Contents: Internal Mixer – Configuration and Design. Processing Aspects of Rubber Mixing. Mixing Characteristics of Polymers in an Internal Mixer. Internal Mixer – A Reaction Vessel. Effect of Process Parameters on Product Properties. Dispersion and Distribution of Fillers.

J. Dick

Rubber Technology 2ECompounding and Testing for Performance

ISBN 978-3-446-42155-4©2009, hardcover, € 199.90592 pages/154 figures/221 tablets

This book is a practical guide to cost-effective formulating of rubber compounds to achieve optimal proces-sing and performance. It provides a thorough discussion of the principles of rubber compounding, rubber testing, and how various compound changes affect different properties and test measurements.

Partial Contents: Rubber Compound-ing. Compound Processing Characteris-tics and Testing. Vulcanizate Physical Properties, Performance Characteristics, and Testing. Rubber Compound Econo-mics. The Technical Project Approach to Experimental Design and Compound Development. Elastomer Selection. General Purpose Elastomers and Blends. Specialty Elastomers. Polyurethane Elastomers. Thermoplastic Elastomers.

38 39

MATERIALS

Rubber

B. Stritzke

Custom Molding of Thermoset ElastomersA Comprehensive Approach to Materials, Mold Design, and Processing


This book covers chemistry of thermo-set elastomers but only to the extent needed for understanding how to process them through a manufacturing environment and how they react in va-rious manufacturing methods. The book provides in-depth coverage of tooling, processing, and secondary operations that can improve manufacturing effici-encies. Detailed and easy to understand diagrams display specific conditions and how they can be improved upon. Innovative ideas and solutions are shared and discussed.

Partial Contents: Introduction to Thermoset Elastomer Chemistry. Compounding, Mixing and Equipment. Materials. Product Design. Material Testing for TSE. Polymer Flow. Molding Methods and Related Topics. Compressi-on Molding. Transfer Molding.

J. Dick

How to Improve Rubber Compounds1500 Experimental Ideas for Problem Solving


Rubber compounding is a very complex endeavor. There are many interactions and many ways to achieve the target properties and economic goals while maintaining an acceptable tradeoff for these characteristics.

This book provides the reader with vari-ous experimental ideas that may guide them to developing better compounds and solving technical problems. In a combined effort, 20 renowned industrial experts compiled a large number of diverse experimental suggestions for enhancing a specific compound property. By reviewing the suggestions in this book, the compounder may develop a better feel for how to best achieve a compromise or trade-off with compound properties when developing new or improving tested rubber recipes.

J. Sommer

Engineered Rubber ProductsIntroduction to Design, Manufacture, and Testing


The successful manufacture of enginee-red rubber products is complicated. It involves different disciplines, materials, and types and designs of equipment. Problems sometimes occur because of poor communication among personnel involved in the development and manufacture of rubber products. This book helps improve communication among different disciplines. Using a systems approach, it also introduces chemists and engineers to the unique capabilities of rubber in a wide range of tire and non-tire products.

Contents: Elastomers and Compounds. Compound Mixing and Processing. Testing and Properties. Product Design. Use of Computers and FEA with Rubber. Non-Tire Products. Tires.

G. Holden, H. Kricheldorf, R. Quirk

Thermoplastic Elastomers 3EISBN 978-3-446-22375-2©2004, hardcover, € 299.00558 pages/199 figures/50 tables

Thermoplastic elastomers are one of the fastest growing material groups. They can be processed like thermoplastics but their properties are close to those of vulcanized elastomers. New products, processing techniques, properties, and applications have been developed recently. This is a unique, comprehen-sive, up-to-date guide to all scientific and technical aspects of thermoplastic elastomers – indispensable for everyone working in this field.

Partial Contents: Thermoplastic Polyurethane Elastomers. Styrenic Thermoplastic Elastomers. Anionic Triblock Copolymers. Polyolefin-Based Thermoplastic Elastomers. TPES Based on Halogen- Containing Polyolefins. TPES Based on Dynamically Vulcanized Elastomer-Thermoplastic Blends. Polyether Ester Elastomers. TPE’s Based on Polyamides.

J. Bauman

Fatigue, Stress, and Strain of Rubber ComponentsA Guide for Design Engineers


This book covers the fatigue testing of specimens, curve fitting of equations to the test data, and the use of such equa-tions in life prediction. Stress-strain testing and behavior are covered to the extent relevant to fatigue analysis. It covers the application of finite element analysis to components to determine high stress points vulnerable to fatigue failure. This is a useful reference for practicing engineers, as well as a supple- mental text for a rubber engineering course.

Partial Contents: Rubber Stress-Strain Behavior. A Theory of the Elastomer Stress-Strain Curve. Stress-Strain Training. Design Equations. Calculation Methods for Spherical Elastomer Bea-rings. Finite Element Analysis. Fatigue Testing. Fitting the Strain-Life Curve. Fatigue Life Estimation. Fatigue Crack Growth and Tearing Energy.

J. White, K. Kim

Thermoplastic and Rubber CompoundsTechnology and Physical Chemistry


This book describes the composition of all major types of polymer compounds, both thermoplastics as well as rubbers. It describes the intended effects of various additives and the complexi-ty of their, sometimes unintended, interactions.

Contents: Polymer-Particle Filler Systems. Polymer Solutions and Swollen Vulcanizates. Polymer Additive Binary Systems. Binary Polymer Blends. Ternary Systems: Polymer Blends Plus Solvent Additives and Compatibilizing Agents. Polymer-Filler-Additive Compounds. Multicomponent Compounds. Mixing Machinery.

40 41

MATERIALS

Rubber

P. Johnson

Rubber ProcessingAn Introduction


This book deals with all aspects of rubber processing; mixing, milling, ca-lendering, extrusion and molding, and also testing and specification of raw materials, mixed compound, and end products. It also covers the importance of flow behavior (rheology) in rubber processing. It deals with basic theory and its application to practice.

Contents: Overview of Rubber Proces-sing. Raw Materials Acceptance and Specifications. Mixing. Flow Behavior. Testing of Compounds. Curing Process. Calendering. Extrusion. Molding. Finished Product Testing.

J. White

Rubber ProcessingTechnology – Materials – Principles


This book covers the development of rubber processing technology and provides a fundamental understan-ding of all theoretical and experi-mental aspects of rubber processing and engineering, including flow simulation.

It also presents a detailed treatment of many areas never combined before, such as rubber materials and the technological development and flow simulation of mixing, extrusion, calendaring, and mending.

Contents: Overview and Rubber Materials. Flow Characteristics. In-ternal Mixers and Mixing. Continuous Mixers. Extrusion 1: Screw Pumps. Extrusion 2: Dies and Post Die Equip-ment. Calendering. Molding.

J. Dick

Raw Materials Supply Chain for Rubber ProductsISBN 978-1-56990-537-1©2013, hardcover, € 179.90592 pages/483 figures/11 tables

This book provides a current overview of the chemical supply chain for the global rubber industry. It also reviews the present and future international changes and their effects on this che-mical supply chain for rubber producers, compounding ingredient manufacturers, custom mixers, rubber fabricators, molders, extruders and others.

The reader will be enabled to un-derstand the chemical connectivity of rubber compounding materials to their chemical feedstocks. The reader should also be able to directly link new commercial changes in 175 commonly used chemical feedstocks to hundreds of different rubber compounding ingre-dients and polymers.

J. Sommer

Troubleshooting Rubber ProblemsISBN 978-1-56990-553-1©2013, hardcover, € 99.99300 pages

Many challenges confront the rubber technologist in the development, manufacture, and use of rubber products. These challenges include selecting and combining materials to form rubber compounds suitable for processing, successfully operating a range of manufacturing equipment, and meeting product performance in difficult and diverse environments. Case studies and literature references relate problem solutions to the everyday experience of the rubber technologist. From materials to processes to products, this book identifies many different rubber-related problems and suggests approaches to solve them.

John Sommer

TroubleshootingRubber Problems

John S. DickCharles P. Rader

Raw Materials Supply Chain for Rubber Products

biobased materialsCongress for Biobased Materials, Natural Fibres and WPC

www.biobased-materials.com

About the Congress

The Congress for Biobased Materials, Natural Fibres and WPC provides the platform for industrial researchers and engineers and academics to exchange and discuss the latest innovations, strategic questions and present recent results. The congress, which was initiated 1998 in Kassel, has helped to drive the expansion of applications of this group of materials. Considering the advancements and future trends, the congress has expanded the focus from WPC to bio-based composites and bioplastics and to renewable materials.

Over the years the congress has attracted a tremendous number of participants (in the recent years from 40 countries), which makes it one of the leading events in Europe.

Organized by

One of

the leading

events in

Europe

42 43

MATERIALS

Additives ∙ Colors & Coatings

A. Müller

Coloring of PlasticsFundamentals – Colorants – Preparations


This book describes the various aspects of coloring plastics, such as the construction of the processing machine, the processing technology, quality assu-rance of the raw materials and final pro-ducts, toxicology of the raw materials, and the legal aspects from the handling of all ingredients during the production of a color preparation to the processing of plastic parts. It also includes the safe use of the plastic products in their specific application.

Partial Contents: Methods Used to Color Plastics. Requirements for Color Preparations. Composition of Color Preparations. Colorants for Polymers. Additives for Polymers. Processing Errors and Their Elimination. Quality Assurance. Mold Construction. Legislation. List of Colorants.

J. Troitzsch

Plastics Flammability Handbook 3EPrinciples, Regulations, Testing, and Approval


The completely revised and updated third edition of this handbook covers all aspects of plastics flammability from fundamentals to the detailed de-scription of national and international regulations, standards, test methods, and the approval procedures for plastics and plastic components in various fields of application. This unique and com-prehensive handbook is a mandatory and essential reference for everyone concerned with plastics flammability.

A. Gebhardt

Understanding Additive ManufacturingRapid Prototyping – Rapid Tooling – Rapid Manufacturing


Additive manufacturing (AM) is the term used for layer-oriented or generative manufacturing, which was introduced in the late 1980s as rapid prototyping. Over the last 20 years it has developed dramatically. Today it is not only a valuable tool for making mo-dels and prototypes but also a manufac-turing method for final parts and mold inserts. AM is about to revolutionize manufacturing technology. This valuab-le quick guide provides support material for AM technology courses, updated content for traditional manufacturing lessons, and basic information to facilitate self studies.

Contents: Basics, Definitions, and Application Levels. Layer Manufactu-ring Processes. Applications. Additive Manufacturing Design and Strategies. Materials, Design, and Quality Aspects for Additive Manufacturing.

H. Zweifel

Plastics Additives Handbook 6EISBN 978-3-446-40801-2©2009 , hardcover, € 299.001248 pages/300 figures/480 tablesIncludes eBook

Plastics without additives are not viable. Additives are essential to make plastics processable and to assure their end-use properties.

The demands on additives have continued to evolve, not only because of changes in processing conditions and production techniques but also because plastics are being used in more demanding applications.

This revised and updated edition, described earlier by one reviewer as the “bible” for anyone involved in the chemistry and technology of plastics additives, again provides an excellent overview of the complex science and technology of plastics additives and their industry. It offers guidance for all professionals involved in the develop-ment of new thermoplastic resin grades and novel end-use applications.

“This book is particularly welcome in simplifying the difficult and often confusing area of national regulations and fire test procedures.”

—Plastics and Rubber International

E. Weil, S. Levchik

Flame Retardants for Plastics and TextilesPractical Applications

ISBN 978-3-446-41652-9©2009, hardcover, € 129.90304 pages/32 tables

This book gives an overview of flame retardants, which are either in commercial use or in advanced stage of market development, reviewed polymer-by-polymer, supplemented by a brief overview of mode of action and interaction. It is more of a how-to book rather than an academic study. As such, it names trademarked materials as well as products that are in an active stage of development, gives suggestions for selecting among alternatives, provides suggested formulations, and offesr a starting point for the compounder or plastics fabricator to pass commercial flammability requirements.

Contents: Introduction to Flame Retardants. Overview of Mode of Action and Interaction. Polyolefins. Styrenics. PVC. Polyamides. Engi-neering thermoplastics. Unsaturated polyesters and Vinyl Esters.

Andreas Gebhardt

Understanding

Additive Manufacturing

Rapid Prototyping - Rapid Tooling - Rapid Manufacturing

44 45

MATERIALS

Other Applications

R. Stauber, L. Vollrath

Plastics in Automotive EngineeringExterior Applications

ISBN 978-3-446-41120-3©2007, hardcover, € 249.00423 pages/600 figures/25 tablets

Today´s automotive industry is challenged by ever more stringent demands to reduce fuel consumption and exhaust emissions. Lightweight design and increased use of advanced plastic components will be crucial for the next generation of cars complying with legislation. Engineers and ma-nufacturers who develop and produce polymer-based components for auto-motives are under pressure to reduce developing times and to optimize production processes for quality and economic viability. Tools of choice are computer-aided selection of polymers in combination with mathematical simulation for both, material properties and production processes. They provide crucial help in finding innovative and economical solutions when designing polymer applications for modern cars.

S. Selke, J. Culter, R. Hernandez

Plastics Packaging 2EProperties, Processing, Applications, and Regulations


This book describes the various aspects of coloring plastics, such as the construction of the processing machine, the processing technology, quality assurance of the raw materials and final products, toxicology of the raw materi-als, and the legal aspects from handling ingredients during the production of a color preparation to the processing of plastic parts. It also includes the safe use of the products made of plastics in their specific applications.

Material properties and how they relate to the chemical structure of the polymers, common processing methods for packaging applications, help with writing specifications, designing, fabricating, testing, and controlling the quality of the plastic materials are covered comprehensively.

D. Braun

Simple Methods for Identification of Plastics 5EISBN 978-1-56990-526-5©2013, softcover, € 39.99137 pages/9 figures/25 tables

Processors and users of plastics often need to determine the chemical nature and classification of unknown plastic materials. This highly practical and useful manual enables you to determine the classification of plastics without lab equipment. This is a handy and effecti-ve tool for many practical situations.

Contents: Plastics and their cha-racteristics. Analytical procedures. Introduction to the analysis of plastics. Specific identification tests. Screening tests. Advanced analytical methods.

B. Wulfhorst, T. Gries

Textile TechnologyISBN 978-3-446-22963-1©2005, hardcover, € 99.90328 pages/225 figures

This book provides an overview of the complete process of textile manufac-turing. The various raw materials, the different methods of yarn and fabric manufacturing, and an introduction to knitting technology, nonwovens, finishing, and ready-made garment production are described in detail. The book includes a discussion of current recycling processes. To provide a better understanding of the individual textile processes, an example at the end of each chapter describes a particular textile product and the respective processing steps necessary for its manufacture.

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F. Wolff-Fabris, V. Altstädt, U. Arnold, M. Döring

Electron Beam Curing of CompositesISBN 978-3-446-42405-0©2010, hardcover, € 89.90136 pages/83 figures/13 tables

Electron beam curing technology for advanced composites has emerged as a credible and attractive alternative to thermal curing for most composite products. Technical advantages, such as aerospace structures, include curing at room temperature, using low-cost tooling, and the ability to fabricate large integrated structure including structures too large to fit inside auto-claves. Studies by aerospace companies have shown potential cost savings of 10-60 % by using electron beam curing. Both theoretical and practical aspects of electron beam curing of composites are presented to bridge academic know-ledge and industrial applications.

Partial Contents: Aspects of Mate-rials. Applied to Composite Molding Technologies. Current Limitations and Potentials. Research Trends and Projects. Examples.

Felipe Wolff-FabrisVolker AltstädtUlrich ArnoldManfred Döring

Electron Beam Curing of Composites

Dietrich Braun

Simple Methods forIdentification of Plastics

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“... compiled by authors who know their subject and know how to get it across in a cogent, under-standable manner ... rec-ommended without reservation.”

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46 47

POLYMER SCIENCE

Testing & Analytics

G. Ehrenstein, L. Engel, H. Klingele, H. Schaper

Scanning Electron Microscopy of Plastics FailureISBN 978-3-446-42242-1©2010, hardcover, € 199.00280 pages/230 figures

Scanning electron microscopy (SEM) is often used in plastics failure analysis when light microscopy cannot provide images of high enough resolution. SEM images also provide higher contrast, in particular of surface textures. SEM is also advantageous with very dark surfaces and transparent materials.

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G. Ehrenstein, S. Pongratz

Resistance and Stability of PolymersISBN 987-3-446-41645-1©2013, hardcover, € 499.991,488 pages/2-volume set

A polymeric material’s resistance to different environmental or processing related influences determines its sui-tability in any number of applications. Reliable information and performance predictions influence material selection. They take a variety of influences into consideration, among them resin manufacture, compounding, stabilization, processing, part design and end use.

Contents: Principles of Aging. Testing Methods. Stabilization. Processing. Applications. Mechanical Behavior of Fiber Reinforced Plastics. Plastics, Rubbers and Their Acronyms. Other Abbreviations. Tables of Chemical Resistance.

D. Hylton

Understanding Plastics TestingISBN 978-3-446-22246-5©2004, softcover, € 59.90104 pages/56 figures/4 tables

This overview of plastics testing provides an understanding of how polymer structure and morphology affect properties that are important for plastics processing and how to test for these properties. The reader will get an overview of basic material testing, the specific properties tested, and why they are important. The book also provides insight into which tests are useful for predicting the behavior of plastics products after they have been produced and in end-use.

Contents: The Science of Testing. Po-lymer Rheology. Mechanical Properties and Testing. Thermal Properties and Testing. Viscous Flow Properties Tes-ting. Quality in the Testing Laboratory.

A. Naranjo, M. Noriega,, T. Osswald, A. Roldán-Alzate, J. Sierra

Plastics Testing and CharacterizationIndustrial Applications


Combined with a solid engineering background, this book provides the information and industrial case studies an engineer needs to both make informed decisions about selecting appropriate testing techniques and effectively troubleshoot problems in the field of plastics manufacturing. The scope of this book also includes rele-vant and concise information for data interpretation using the most important characterization techniques.

Contents: Spectroscopy. Gas Chroma-tography and Selective Mass Detection. Thermal Properties. Melt Rheology. Mechanical Properties. Permeability Properties. Environmental Effects and Aging. Electrical, Optical, and Acoustic Properties.

W. Grellmann, S. Seidler

Polymer Testing 2EISBN 978-1-56990-548-7©2013, hardcover, € 199.99712 pages

The staggering growth rates in plastics production and applications increase the demand for meaningful measuring and analysis methods in polymer testing. The advances in electronic measuring techniques led to further de-velopments in classic testing methods as well as to completely new methods. This book describes the significance of characteristic data for the quantifica-tion of the interrelationship between microstructure and macroscopic properties.

Additional information about damage processes and deformation mechanisms can be gained with the help of coupled non-destructive polymer testing me-thods and hybrid methods of polymer diagnostics, respectively. Numerous examples for the optimization of polymers and their composites and the assessment of component properties provide a material science focused insight into modern polymer testing.

G. Ehrenstein, G. Riedel, P. Trawiel

Thermal Analysis of PlasticsTheory and Practice


Thermal analysis has proven to be one of the most important and me-aningful test methods in the plastics industry and in testing laboratories. Although thermal analysis is used for fundamental studies related to materials science of polymers, its power lies in understanding this behavior during manufacturing processes. This understanding aids in process opti-mization, reduction of manufacturing cycle times, failure analysis, and the overall improvement of the material properties of the finished product. In this book, the different test methods and their variations are described in detail, emphasizing the principles and their application in practice. Using practical examples, different approaches to problem solving are presented with a focus on the interpretation of the experimental results.

Gottfried EhrensteinSonja Pongratz

Resistance and Stability of Polymers

48 49

POLYMER SCIENCE

Physics & Chemistry


Materials Science of Polymers for Engineers 3EISBN 987-156990-514-2©2012, hardcover, € 99.90616 pages/525 figures/58 tables



J. Dealy, R. Larson

Structure and Rheology of Molten PolymersFrom Structure to Flow Behavior and Back Again


Developments in recent years have made it possible to predict the detailed molecular structure of a polymer based on polymerization conditions and to use this knowledge to predict rheologi-cal properties. New techniques for using rheological data to infer molecular structure have also been developed. Soon it will be possible to use this new knowledge to design a molecular struc-ture having prescribed processability and end-product properties, to specify the catalyst and reaction conditions necessary to produce a polymer having this structure, and to use rheology to verify that the structure desired has been produced.

Partial Contents: Structure of Polymers. Polymerization Reactions and Processes. Linear Viscoelasticity Fundamentals and Behavior of Molten Polymers.

A. Peacock, A. Calhoun

Polymer ChemistryProperties and Applications


This book is a comprehensive introduc-tion to the study of polymers. Special emphasis is given to the characte-ristics that set polymers apart from small molecules, as studied in classic chemistry courses. The various branches of polymer science are introduced and discussed in a systematic manner, starting from basic chemical structures, continuing through supermolecular organization, and physical properties. Specific examples are used throughout to illustrate how end use relates to the principles under discussion. A series of chapters is devoted to case studies describing the principle classes of synthetic polymers.

Partial Contents: Polymerization. Characterization of Polymers. Rheo-logical Description of Polymer Melts. Structural Development. Properties. Compounding and Extrusion Processes. Molding Processes. Additional Methods of Manufacture.

J. Karger-Kocsis, S. Fakirov

Nano- and Micro- Mechanics of Polymer Blends and CompositesISBN 978-3-446-41323-8©2009, hardcover, € 299.00624 pages/262 figures/34 tables

This book gives a state-of-art overview on aspects of micro- and nanomecha-nics of polymers, polymeric blends and composites. Major issues tackled are the following: experimental techniques to study the mechanical performance of polymer systems especially in respect with molecular, supermolecular and filler architectures on suitable model materials; prediction methods of the mechanical performance (short- and long-term properties); modeling tools and approaches. All these aspects are highlighted on polymeric systems of both academic and practical relevance.

Contents: (I) Polymers. (II) Nanocom-posites: Influence of Preparation. (III) Nano- and Microcomposites: Interpha-se. (IV) Nano- and Microcomposites: Characterization. (V) Nanocomposites: Modeling.

G. Michler, F. Baltá-Calleja

Nano- and Micro- mechanics of PolymersStructure Modification and Improvement of Properties


The book is unique in its focus on micromechanical processes of polymers and their role to improve the properties of polymeric materials. It combines the detailed knowledge of structure and morphology of polymers with the ex-planation and theoretical interpretation of micro- and nanoscopic processes and mechanisms in different polymers. Thus, it offers a better understanding of correlations between structure and property of nearly all polymers used in industrial applications. The knowledge of these correlations is a key for suc-cessful development of polymers with improved properties.

Partial Contents: Aim and Methods. General Mechanisms of Deformation and Fracture. Main Groups of Polymer Materials.



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52 53

Authors

INDEX

AAltstädt, V. ......................................................27, 44Arnold, U. .......................................................27, 44Avery, J. ...............................................................18

BBaltá-Calleja, F. .....................................................48Bauman, J. ...........................................................39Baur, E. ...........................................................12, 31 Beall, G. ...............................................................28Beaumont, J. .....................................................9, 19Benatar, A. ............................................................28Bhattacharya, S. ....................................................34Bhattacharyya, D. .............................................30, 33Bonenberger, P. .......................................................5Braun, D. ..............................................................45Brinkmann, S. ..................................................12, 31

CCalhound, A. .........................................................49Campbell, G. ....................................................22, 36Campo, E. .........................................................4, 33Cantor, K. .............................................................22Catoen, B. .........................................................8, 21Choi, D. ................................................................32Chung, C. ..............................................................23Coran, A. ..............................................................14Culter, J. ..............................................................45

DDaniels, C. ............................................................31Davé, R. ................................................................29Davis, B. ...............................................................29Dealy, J. ...............................................................49Del Vecchio, R.J. ....................................................12Dick, J. ........................................................37, 38, 40DiMattia, D. ..........................................................26Döring, M. .......................................................27, 44

EEhrenstein, G. .............................................32, 46, 47Ehrig, F. ................................................................19Endres, H.J. ..........................................................30Engel, L. ...............................................................46Erhard, G. ...............................................................4Ezrin, M. ...............................................................10

FFakirov, S. ..................................................30, 33, 48Fourné, F. .............................................................36Franke, J. ...............................................................7

GGebhardt, A. ......................................................6, 42Gent, A. ................................................................37Glenz, W. ..............................................................13Gramann, P. .....................................................17, 29Greener, J. ............................................................20Greif, H. ..........................................................11, 19Grellmann, W. ........................................................46Grewell, D. ............................................................28Gries, T. ................................................................44Gupta, R. ..............................................................34

HHarris, H. ..............................................................25 Hernandez, J. ........................................................11Hernandez, R. ........................................................45Holden, G. ............................................................39Hylton, D. .............................................................47

IIllig, A. ................................................................15Isayev, A. .............................................................17

JJohannaber, F. .......................................................19Johnson, P. ...........................................................40

KKamal, M. ........................................................17, 34Kanai, T. ...............................................................36Karger-Kocsis, J. ....................................................48Kazmer, D. ...................................................6, 10, 20Kennedy, P. ...........................................................16Kim, E.K. ..............................................................24Kim, K. ...........................................................34, 39Kissin, Y. ..............................................................30Klempner, D. ....................................................25, 33Klingele, H. ...........................................................46Kohlgrueber, K. ......................................................24Kretzschmar, G. ......................................................19Kricheldorf, H. .......................................................39Kulkarni, S. ...........................................................16

LLarson, R. .............................................................49Lee, N. .................................................................26Levchik, S. ............................................................42Limper, A. .......................................................13, 36Liu, S. ..................................................................17Loos, A. ................................................................29

MMalloy, R. ...............................................................5Manas-Zloczower, I. ................................................13 Menges, G. ........................................8, 21, 29, 37, 48Michaeli, W. .......................................8, 11, 18, 19, 21Michler, G. ............................................................48 Moet, A. ...............................................................14Mohren, P. .........................................................8, 21Müller, A. ........................................................14, 43

NNaranjo, A. ...........................................................47Nesch, W. ..............................................................16Noriega, M. ......................................................23, 47

OOberbach, K. ....................................................12, 31Osswald, T. ...........................11, 12, 17, 29, 31, 37, 48

PPark, J. ................................................................28Pasquini, N. ..........................................................32Peacock, A. ...........................................................49Pocius, A. .............................................................27Pongratz, S. ..........................................................46Pötsch, G. .............................................................18Pruner, H. .............................................................16

QQuirk, R. ...............................................................39

RRao, N. .............................................................7, 10Rauwendaal, C. ......................................17, 22, 23, 24Rees, H. ...................................................7, 8, 15, 21Riedel, G. ..............................................................47Rios, A. ................................................................29Robeson, L. ...........................................................34Roldán-Alzate, A. ...................................................47Rosato, A. .............................................................26Rosato, D. .............................................................26 Rotheiser, J. ...........................................................5

SSchaper, H. ...........................................................46 Schmachtenberg, E. ..........................................12, 31Schott, N. .............................................................10Schumacher, G. ........................................................7Seidler, S. .............................................................46Selke, S. ...............................................................45Sendijarevic , V. ................................................25, 33Shoemaker, J. ...................................................12, 18Siebert-Raths, A. ....................................................30Sierra, J. ...............................................................47

Sommer, J. ......................................................38, 41Spalding, M. ..........................................................22Stauber, R. ............................................................44Stoeckhert, K. .........................................................8Stritzke, B. ......................................................28, 38Summers, J. ..........................................................31

TThrone, J. ........................................................14, 25Trawiel, P. .............................................................47Tres, P. ...................................................................4Troitzsch, J. ..........................................................43Turng, L. ...............................................................17

UUnger, P. ..................................................6, 9, 20, 21

VVollrath, L. ............................................................44Vossebürger, F. .......................................................11

WWeil, E. ................................................................42White, J. ....................................14, 24, 32, 34, 39, 40Wilkes, C. ..............................................................31Wimberger-Friedl, R. ...............................................20Wolf, R. ................................................................27Wolff-Fabris, F. .................................................27, 44Wolters, L. ............................................................11Wulfhorst, B. .........................................................44

ZZheng, R. ..............................................................16Zweifel, H. ............................................................42

54 55

Titles

INDEX

AA Glossary of Plastics Terminology in 7 Languages 7E ..................................................................................................13

Adhesion and Adhesives Technology 3E .....................................................................................................................27

Additives ........................................................................................................................................................42

BBlow Molding ..................................................................................................................................................26

Blow Molding Design Guide 2E .................................................................................................................................26

Blow Molding Handbook 2E .....................................................................................................................................26

Blown Film Extrusion 2E .........................................................................................................................................22

CColors & Coatings .................................................................................................................................................42

Co-Rotating Twin-Screw Extruders ............................................................................................................................24

Coloring of Plastics ...........................................................................................................................................14, 43

Compression Molding ..............................................................................................................................................29

Custom Molding of Thermoset Elastomers...............................................................................................................28, 38

DDESIGN .................................................................................................................................................................4

Design Formulas for Plastics Engineers 2E ...................................................................................................................7

Designing Plastic Parts for Assembly 6E ......................................................................................................................4

Designing with Plastics ............................................................................................................................................4

EElectron Beam Curing of Composites ....................................................................................................................27, 44

Engineered Rubber Products ....................................................................................................................................38

Engineering Biopolymers .........................................................................................................................................30

Engineering with Rubber 3E ....................................................................................................................................37

Extrusion ............................................................................................................................................................22

Extrusion Control ...................................................................................................................................................25

Extrusion of Polymers 2E .........................................................................................................................................23

FFatigue, Stress, and Strain of Rubber Components .........................................................................................................39

Fibers & Films .....................................................................................................................................................36

Film Processing .....................................................................................................................................................36

Flame Retardants for Plastics and Textiles ...................................................................................................................42

Flow Analysis of Injection Molds 2E ..........................................................................................................................16

Foams .................................................................................................................................................................25

GGas-Assist Injection Molding ...................................................................................................................................18

Gastrow Injection Molds 4E .................................................................................................................................9, 21

HHandbook of Engineering Biopolymers .......................................................................................................................33

Handbook of Polymeric Foams and Foam Technology 2E .............................................................................................25, 33

Hot Runner Technology .......................................................................................................................................6, 20

How to Improve Rubber Compounds ..........................................................................................................................38

How to Make Injection Molds 3E ...........................................................................................................................8, 21

IIndustrial Polymers ................................................................................................................................................33

Injection Mold Design Engineering ........................................................................................................................6, 20

Injection Molding ................................................................................................................................................15

Injection Molding ................................................................................................................................................17

Injection Molding 2E ............................................................................................................................................18

Injection Molding Handbook 2E ...............................................................................................................................17

Injection Molding Machines 4E ................................................................................................................................19

International Plastics Handbook 4E .....................................................................................................................12, 31

JJoining of Plastics 3E .............................................................................................................................................5

MMATERIALS .......................................................................................................................................................30

Materials Science of Polymers for Engineers 3E ...................................................................................................29, 37, 48

Mixing and Compounding .....................................................................................................................................13

Mixing and Compounding of Polymers 2E ....................................................................................................................13

Mixing of Rubber Compounds .............................................................................................................................13, 36

Mold-Making Handbook 3E .......................................................................................................................................8

Moldflow Design Guide .....................................................................................................................................12, 18

NNano- and Micro-Mechanics of Polymer Blends and Composites .........................................................................................48

Nano- and Micromechanics of Polymers ......................................................................................................................48

PPhysics & Chemistry ...........................................................................................................................................48

Plastic Part Design for Injection Molding 2E .................................................................................................................5

Plastic Surface Modification ....................................................................................................................................27

Plastics Additives Handbook 6E ...............................................................................................................................42

Plastics and Composites Welding Handbook ................................................................................................................28

Plastics Failure Guide 2E ........................................................................................................................................10

Plastics Flammability Handbook 3E ...........................................................................................................................43

Plastics in Automotive Engineering ...........................................................................................................................44

Plastics Manufacturing Systems Engineering .............................................................................................................10

Plastics Packaging 2E ........................................................................................................................................45

56 57

Titles

REGISTER

Plastics Testing and Characterization ....................................................................................................................47

Polyethylene ..................................................................................................................................................30

Polymer Blends ...............................................................................................................................................34

Polymer Chemistry.............................................................................................................................................49

Polymer Extrusion 5E .........................................................................................................................................22

Polymer Mixing ...............................................................................................................................................14

Polymer Processing ..........................................................................................................................................11

POLYMER SCIENCE ..........................................................................................................................................46

Polymer Testing 2E ..........................................................................................................................................46

Polymeric Materials ..........................................................................................................................................32

Polymeric Nanocomposites .................................................................................................................................34

Polyolefins ....................................................................................................................................................32

Polypropylene Handbook 2E ................................................................................................................................32

Precision Injection Molding ................................................................................................................................20

PROCESSING AND MANUFACTURING ....................................................................................................................10

Processing of Composites ..................................................................................................................................29

Product Design ...............................................................................................................................................4

PVC Handbook ................................................................................................................................................31

RRaw Materials Supply chain for Rubber Products .........................................................................................................40

Resistance and Stability of Polymers .....................................................................................................................46

Robust Process Development and Scientific Molding ..................................................................................................16

Rotational Molding ..........................................................................................................................................28

Rubber ........................................................................................................................................................36

Rubber Processing ...........................................................................................................................................40

Rubber Technology 2E .......................................................................................................................................37

Runner and Gating Design Handbook 2E .............................................................................................................9, 19

SScanning Electron Microscopy of Plastics Failure .......................................................................................................46

Selecting Injection Molds ...............................................................................................................................8, 21

Simple Methods for Identification of Plastics 5E .......................................................................................................45

SPC: Statistical Process Control in Injection Molding and Extrusion 2E ......................................................................17, 24

Structure and Rheology of Molten Polymers................................................................................................................49

Synthetic Fibers................................................................................................................................................36

Synthetic Polymer-Polymer Composites ..................................................................................................................30

TTesting & Analytics..........................................................................................................................................46

Textile Technology.............................................................................................................................................44

The Complete Part Design Handbook..........................................................................................................................4

The First Snap-Fit Handbook 2E ............................................................................................................................5

Thermal Analysis of Plastics ................................................................................................................................47

Thermoforming .............................................................................................................................................14

Thermoforming .................................................................................................................................................15

Thermoplastic and Rubber Compounds ..............................................................................................................34, 39

Thermoplastic Elastomers 3E ...............................................................................................................................39

Thermoplastic Foam Extrusion ..............................................................................................................................25

Three-Dimensional Molded Interconnect Devices (3D-MID) ............................................................................................7

Tool Design ....................................................................................................................................................6

Training in Injection Molding 2E ..........................................................................................................................19

Training in Plastics Technology 2E ........................................................................................................................11

Troubleshooting and Analysis of Single-Screw Extruders ..............................................................................................22

Troubleshooting Rubber Problems .........................................................................................................................41

Troubleshooting the Extrusion Process 2E ...............................................................................................................23

Twin Screw Extrusion 2E .....................................................................................................................................24

UUnderstanding Additive Manufacturing .................................................................................................................6, 42

Understanding Blow Molding 2E ............................................................................................................................26

Understanding Design of Experiments .....................................................................................................................12

Understanding Extrusion 2E .................................................................................................................................23

Understanding Injection Mold Design ..................................................................................................................7, 15

Understanding Injection Molds .............................................................................................................................16

Understanding Plastics Engineering Calculations ........................................................................................................10

Understanding Plastics Testing .............................................................................................................................47

Understanding Polymer Processing ........................................................................................................................11

Understanding Thermoforming 2E .........................................................................................................................14

58 5958

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