Pros Man 2014
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Transcript of Pros Man 2014
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Manufacturing Process and
Material Selection
Kalpakjian 2006
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1.The Structure of Metals
Behavior and Manufacturing Properties of Part I
Crystal Structure of Metals
Permanent Deformation
Defects in a Single-Crystal Lattice
Edge Dislocation Movement
Solidification of Molten Metal
Plastic Deformation of Idealized Grains Recovery, Recrystallization, and Grain Growth Effects
Temperature Ranges for Cold, Warm and Hot Working
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2.Mechanical Behavior, Testing, and
Manufacturing Properties of Materials
Relative Mechanical Properties of Materials
Tensile-test Specimen and Machine
Tension Test Stress-strain Curve
Mechanical Properties of Materials
Tension and Stress Curves Temperature Effects on Stress-strain Curves
Strain and Deformation Rate in Manufacturing
Hardness-testing Methods and Formulas
S-N Curves
Endurance Limit vs. Tensile Strength
Creep Curve
Material Failures
Temperature Transition in Metals
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3.Physical Properties of Materials
Physical Properties
Ratio of Maximum Yield Stress to Density
Specific Strength and Stiffness Specific Strength as a Function of Temperature
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4. Metal Alloys: Structure and Strengthening by
Heat Treatment
Two Phase Systems
Cooling of Metals
Unit Cells
Microstructure of Steel Formed from Eutectoid
Composition Microstructure for Cast Irons
Martensite
Hardness of Tempered Martensite
Hardness and Toughness in Steel as a Function of CarbideShape
Effect of Time and Temperature on Yield Stress
Hardness of Steel as a Function of Carbon Content
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5. Ferrous Metals and Alloys: Production,
General Properties, and Applications
Casting
Carbon and Alloy Steel Applications
Tool and Die Materials
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6.Nonferrous Metals and Alloys: Production,
General Properties, and Applications
Cost of Wrought Metals and Plastics vs.
Carbon Steel
Aluminum Alloy Properties
Properties
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7.Ceramics, Graphite, and Diamond: Structure,
General Properties, and Applications
Ceramic Components
Ceramic Types and Characteristics
Properties of Ceramics
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9.Composite Materials: Structure, General
Properties and Applications
Methods of Reinforcing Plastics
Tensile Strength and Modulus for Fibers in
Plastic
Properties of Reinforcing Fibers
Mechanical Properties of Reinforced Plastics
Metal-Matrix Composite Parts
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10. Fundamentals of Metal Casting
Solidification of Pure Metals
Cast Structures of Solidified Metals
Basic Types of Cast Structures
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11. Metal-Casting Processes
Summary of Casting Processes
Typical Cast Parts
Characteristics of Casting
Production Steps in Sand-Casting
Sand Mold Sequence of Operations in Making a Ceramic Mold
Investment Casting Process
Vacuum-Casting
Hot-Chamber Die-Casting
Cold-Chamber Die-Casting Properties and Applications of Die-Casting Alloys
Melt-Spinning
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12.Metal Casting, Design, Materials, and
Economics
General Design Rules for Casting
Locating and Designing Gates
Design Rules for Casting Shrinkage Allowance for Casting in Sand Molds
Casting Applications and Characteristics
Cost Characteristics of Casting
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13.Rolling of Metals
Flat-Rolling and Shape-Rolling Processes
Roll Arrangements
Bending of Rolls Effects of Hot Rolling
Thread-Rolling Processes
Machined and Rolled Threads Various Tube-Rolling Processes
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14.Forging of Metals
Forged Components
Microstructure as a Function of Manufacturing Method
Characteristics of Forging
Cogging Operation on a Rectangular Bar
Impression-Die Forging Forging a Rod, Fullering, and Edging
Force in Impression Die Forging
The Coining Process
Heading
Swaging Metals in Decreasing Order of Forgeability
Principles of Various Forging Machines
Cost-per-piece in Forging
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15.Extrusion and Drawing of Metals
Direct-Extrusion
Extrusions and Products Made from Extrusions
Types of Extrusion
Process Variables in Direct Extrusion
Extrusion Force
Types of Metal Flow in Extrusion with Square Dies
Extrusion Temperature Ranges
Impact Extrusion
Process Variables in Wire Drawing
Tube-Drawing Operations Drawing Dies
Multistage Wire-drawing Machine
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16.Sheet-Metal Forming Processes
Characteristics of Sheet-Metal Forming Processes
Shearing with a Punch and Die
Shearing
Die-Cutting Operations
Conventional Versus Fine-Blanking
Slitting with Rotary Knives
The Shaving Process
Shear Angles
Compound Die and Progressive Die
Characteristics of Metals Used in Sheet-Forming
Cupping Test and Bulge-Test
Forming Limit Diagram
Bending Terminology
Minimum Bend Radius
Springback in Bending
Methods of Reducing or Eliminating Springback
Common Die-Bending Operations
Bending Operations
Flanging Operations
Roll-Forming Process
Manufacturing of Bellows
Deep-Drawing
Relationship between Average Normal Anisotropy and the Limiting Drawing Ratio
Bending and Embossing of Sheet Metal
Hydroform Process
Tube-Hydroforming
Explosive Forming
Cymbal Manufacture
Manufacturing Honeycomb Structures
Cost of Conventional Spinning Versus Cost of Deep Drawing
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17.Processing of Metal Powders
Parts Made by Powder-Metallurgy
Steps in Making Powder-Metallurgy Parts
Particle Shapes in Metal Powders
Mechanical Comminution to Obtain Fine Particles
Compaction
Density as a Function of Pressure and the Effects ofDensity on Other Properties
Compacting Pressures for Various Powders
Sintering Time and Temperature for Metals
Mechanical Properties of P/M Materials
Design Considerations for P/M
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18.Processing of Ceramics, Glass, and
Superconductors
Characteristics of Ceramics Processing
Steps in Making Ceramic Parts
Doctor-Blade Process
Extruding and Jiggering
Shrinkage of Wet Clay Drawing Process and Rolling Process
Glass Tubing Manufacturing
Steps in Manufacturing Glass Bottles
Manufacturing Glass by Pressing into Mold
Centrifugal Casting of Glass
Powder-In-Tube Process
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19.Forming and Shaping Plastics and Composite
Materials
Characteristics of Forming and Shaping Processes for Plastics and CompositeMaterials
Forming and Shaping Processes for Plastics, Elastomers, and Composite Materials
Extruder Schematic
Extrusion Die Geometries
Extrusion of Tubes
Melt-Spinning Process
Injection Molding
Blow-Molding
Thermoforming Process
Compression Molding
Transfer Molding
Vacuum-Bag Forming and Pressure-Bag Forming
Open-Mold Processing
Filament-Winding
Production Characteristics of Molding Methods
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20.Rapid-Prototyping Operations
Characteristics of Additive Rapid-PrototypingTechnologies
Mechanical Properties of Selected Materials for RapidPrototyping
Fused-Deposition-Modeling
Stereolithography
Selective-Laser-Sintering
Three-Dimensional-Printing
Laminated-Object-Manufacturing
Investment Casting Using Rapid-Prototyped Wax Parts