Lovely Professional University, Punjab

Course Code Course Title Course Planner Lectures Tutorials Practicals Credits

MEC208 ENGINEERING MATERIALS 14443::Guravtar Singh 2.0 0.0 0.0 2.0

Course Category Courses with numerical and conceptual focus

TextBooks

Sr No Title Author Edition Year Publisher Name

T-1 Material science and engineering William D Callister 8th 2007 Wiley

Reference Books

Sr No Title Author Edition Year Publisher Name

R-1 The Science and Engineering of Materials

Askeland, Fulay, Wright & Balani

6th 2011 Cengage Learning

R-2 Material Science & Engineering Raghavan 5th 2004 Prentice Hall of India

R-3 Nanostructured materials: processing, properties, and applications

Koch, C. C. 6th William and Wilkinson

Other Reading

Sr No Journals articles as Compulsary reading (specific articles, complete reference)

OR-1 http://www.materialstoday.com/default.html ,

Relevant Websites

Sr No (Web address) (only if relevant to the course) Salient Features

RW-1 www.journals.elsevier.com/materials-science-and-engineering better understanding

RW-2 www.springer.com better understanding

RW-3 www.wikipedia.com Good basic knowledge is available on the website

RW-4 www.nptel.iitm.ac.in Ready lecture note are available on website in HTML language

Detailed Plan For Lectures

LTP week distribution: (LTP Weeks)

Weeks before MTE 7

Weeks After MTE 7

Spill Over 2

Week Number

Lecture Number

Broad Topic(Sub Topic) Chapters/Sections of Text/reference books

Other Readings,Relevant Websites, Audio Visual Aids, software and Virtual Labs

Lecture Description Learning Outcomes Pedagogical ToolDemonstration/ Case Study / Images / animation / ppt etc. Planned

Week 1 Lecture 1 Basic Crystallography(Crystal structure)

T-1:chapter 3.1 crystal structure basic concepts

To have knowlege of crystal structure as building block for solid materials

Discussion

Basic Crystallography(BCC) T-1:chapter 3.2 crystal structure basic concepts

To have knowlege of basic aspects of body centered cubic structure

Discussion

Basic Crystallography(FCC) T-1:chapter 3.2 crystal structure basic concepts

To have knowledge of face centred cubic structure

Discussion

Basic Crystallography(HCP structure)

T-1:chapter 3.2 crystal structure basic concepts

To have knowledge Hexagonal close packing structure

Discussion

Basic Crystallography(Unit cell) T-1:chapter 3.3 it covers the clearconcept of unit cell,types of unit cell

unit cell geometry will be understood by students

Discussion

Basic Crystallography(Crystallographic planes and directions)

T-1:chapter 3.9 RW-4 to draw various crystallographic directions

students will understand crystallographic planes and directions

Discussion

Lecture 2 Basic Crystallography(Miller indices)

T-1:chapter 3.10 To draw miller indices students will understand miller indices

Discussion

Basic Crystallography(Crystal imperfections)

T-1:chapter 4.1 various defects imperfections of crystals will be known by students

Discussion

Basic Crystallography(Point) T-1:chapter 4.2 various defects students will have clear knowledge about various defects in crystals

Discussion

Basic Crystallography(Line) T-1:chapter 4.5 RW-4 various defects students will have clear knowledge about various defects in crystals

Discussion

Basic Crystallography(Planar and volume defects)

T-1:chapter 4.7 various defects students will have clear knowledge about various defects in crystals

Discussion

Week 2 Lecture 3 Basic Crystallography(Grain size) T-1:chapter 4.11 microstructure students will have clear knowledge about various defects in crystal

Discussion

Week 2 Lecture 3 Basic Crystallography(ASTM grain size number)

T-1:chapter 4.11 microstructure students will have clear knowledge about various defects in crystal

Discussion

Basic Crystallography(Frank Reed source of dislocation Elastic & plastic modes of deformation)

T-1:chapter 7.6 it covers the clearconcept of topic

students will have clear knowledge about various defects in crystal

Discussion

Basic Crystallography(Slip & twinning, strain hardening)

T-1:chapter 7.4 7.7 RW-4 defects crystals students will have clear knowledge about various defects in crystal

Discussion

Basic Crystallography(Seasons cracking)

T-1:chapter 4.7 it covers the clearconcept of topic

students will have clear knowledge about various defects in crystal

Discussion

Basic Crystallography(Bauschinger's effect)

T-1:chapter 6.6 it covers the clearconcept of topic

clearly understandingthe concept behind thetopic

Discussion

Lecture 4 Basic Crystallography(Cold and hot working)

T-1:chapter 7.10 it covers the clearconcept of topic

students will have knowledge about various strengthening mechanisms

Discussion

Basic Crystallography(Recovery) T-1:chapter 7.11 it covers the clearconcept of topic

students will have knowledge about various strengthening mechanisms

Discussion

Basic Crystallography(Re-crystallization and grain growth)

T-1:chapter 7.12 it covers the clearconcept of topic

students will have knowledge about various strengthening mechanisms

Discussion

Basic Crystallography(Strengthening of metals)

T-1:chapter 7.8 7.9 7.10

RW-4 it covers the clearconcept of topic

students will have knowledge about various strengthening mechanisms

Discussion

Week 3 Lecture 5 Constitution of Alloys and Phase Diagrams(Constitution of alloys)

spill over

Lecture 6 Constitution of Alloys and Phase Diagrams(Solid solutions)

R-1:chapter 8.1 constituion of alloys and solid solutions

students will have knowledge about various strengthening mechanisms

Brainstorming

Constitution of Alloys and Phase Diagrams(Substitutional and interstitial)

R-1:chapter 8.2 it covers the clearconcept of topic

students will have knowledge about various strengthening mechanisms

Brainstorming

Constitution of Alloys and Phase Diagrams(Phase diagrams)

T-1:chapter 9.1 it covers the clearconcept of topic

students will have knowledge about phase diagrams

Discussion

Week 3 Lecture 6 Constitution of Alloys and Phase Diagrams(Isomorphous)

T-1:chapter 9.7 it covers the clearconcept of topic

students will have knowledge about phase diagrams

Brainstorming

Constitution of Alloys and Phase Diagrams(Eutectic)

T-1:chapter 9.14 it covers the clearconcept of topic

students will have knowledge about phase diagrams

Discussion

Constitution of Alloys and Phase Diagrams(Peritectic)

T-1:chapter 9.14 it covers the clearconcept of topic

students will have knowledge about phase diagrams

Brainstorming

Constitution of Alloys and Phase Diagrams(Eutectoid and peritectoid reactions)

T-1:chapter 9.14 basic knowledge about various reactions

students will have knowledge about phase diagrams

Discussion

Constitution of Alloys and Phase Diagrams(Iron carbide equilibrium diagram)

T-1:chapter 9.18 it covers the clearconcept of topic

students will have knowledge about phase diagrams

Discussion

Constitution of Alloys and Phase Diagrams(Classification of steel and cast Iron microstructure)

T-1:chapter 11.1 11.2 9.18

it covers the clearconcept of topic

students will have knowledge about phase diagrams

Discussion

Constitution of Alloys and Phase Diagrams(Properties and application)

T-1:chapter11.1 it covers the clearconcept of topic

students will have knowledge about phase diagrams

Brainstorming

Heat Treatment(Definition) T-1:chapter 11.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

Brainstorming

Heat Treatment(Full annealing) T-1:chapter 11.7 introduction to heat treatment processes

To have basic knowledge of heat treatment processes

Brainstorming

Week 4 Lecture 7 Heat Treatment(Stress relief) T-1:chapter 11.7 introduction to heat treatment processes

To have basic knowledge of heat treatment processes

Brainstorming

Heat Treatment(Recrystallisation and spheroidizing)

T-1:chapter 11.7 introduction to heat treatment processes

To have basic knowledge of heat treatment processes

Brainstorming

Test 1

Lecture 8 Heat Treatment(Normalising) T-1:chapter 11.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

disscussion

Heat Treatment(Hardening and tempering of steel)

T-1:chapter 11.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

disscussion

Week 5 Lecture 10 Heat Treatment(Diagram CCR Hardenability)

R-1:chapter 13.4 RW-1RW-4

it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

disscussion

Lecture 9 Heat Treatment(Isothermal transformation diagrams)

R-1:chapter 13.3 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

disscussion

Week 5 Lecture 9 Heat Treatment(Cooling curves superimposed on I.T)

R-1:chapter 13.4 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

disscussion

Week 6 Lecture 11 Heat Treatment(Jominy end quench test)

R-1:chapter 13.4 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

disscussion

Lecture 12 Heat Treatment(Austempering) it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

Brainstorming

Heat Treatment(Martempering) it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

Brainstorming

Week 7 Lecture 13 Heat Treatment(Case hardening) R-1:chapter 13.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

Brainstorming

Heat Treatment(Carburising) R-1:chapter13.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

disscussion

Heat Treatment(Nitriding) R-1:chapter 13.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

disscussion

Lecture 14 Heat Treatment(Cyaniding) R-1:chapter 13.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

Brainstorming

Heat Treatment(Carbonitriding) R-1:chapter 13.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

Brainstorming

Heat Treatment(Flame and Induction hardening)

R-1:chapter 13.8 it covers the clearconcept of topic

To have basic knowledge of heat treatment processes

Brainstorming

MID-TERMWeek 8 Lecture 15 Ferrous , Non Ferrous Metals and

Non-Metallic Materials(Effect of alloying additions on steel (Mn, Si, Cr, Mo,V Ti & W) stainless and tool steels)

T-1:chapter 11.2 effect of various alloying elements on properties of materials

students will have knowledge of various alloying elements

Brainstorming

Ferrous , Non Ferrous Metals and Non-Metallic Materials(HSLA)

T-1:chapter 11.2 effect of various alloying elements on properties of materials

students will have knowledge of various alloying elements

Brainstorming

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Gray)

T-1:chapter 11.2 effect of various alloying elements on properties of materials

students will have basic knowledge about types of cast iron

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(White malleable)

T-1:chapter 11.2 effect of various alloying elements on properties of materials

students will have basic knowledge about types of cast iron

Discussion

Week 8 Lecture 16 Ferrous , Non Ferrous Metals and Non-Metallic Materials(Spheroidal)

T-1:chapter 11.2 introduction to basic structure of iron

students will have basic knowledge about types of cast iron

Brainstorming

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Graphite)

T-1:chapter 11.2 introduction to basic structure of iron

students will have basic knowledge about types of cast iron

Brainstorming

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Alloy)

T-1:chapter 11.2 introduction to basic structure of iron

students will have knowledge of various alloying elements

Brainstorming

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Cast-iron)

T-1:chapter 11.2 introduction to basic structure of iron

students will have basic knowledge about types of cast iron

Brainstorming

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Copper and Copper alloys)

T-1:chapter 11.2 introduction to some basic alloys

students will have knowledge of various alloying elements

Discussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Brass)

T-1:chapter 11.2 introduction to some basic alloys

students will have knowledge of various alloying elements

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Bronze and Cupronickel)

T-1:chapter 11.2 ntroduction to some basic alloys

students will have knowledge of various alloying elements

disscussion

Week 9 Lecture 17 Ferrous , Non Ferrous Metals and Non-Metallic Materials(Aluminium and Al-Cu)

T-1:chapter11.2 ntroduction to some basic alloys

students will have knowledge of various alloying elements

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Precipitation strengthening treatment)

T-1:11.9 introduction to precipitation hardening

students will have knowledge of various alloying elements

Brainstorming

Lecture 18 Ferrous , Non Ferrous Metals and Non-Metallic Materials(Bearing alloys)

T-1:chapter 11.2 introduction to bearing alloys

students will have knowledge of various alloying elements

Discussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Polymers)

T-1:chapter 14.2 it covers the clearconcept of topic

to understand basic properties of polymers

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Types of polymer)

T-1:chapter 14.9 various types of polymers

to understand basic properties of polymers

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Commodity and engineering polymers)

T-1:chapter 14.9 introduction to engineering polymers

to understand basic properties of polymers

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Properties and applications of PE, PP, PS, PVC, PMMA, PET, PC, PA, ABS, PI, PAI,PPO, PPS, PEEK, PTFE Polymers)

R-3:chapter 14.9 properties of various types of polymers

to understand basic properties of polymers

Discussion

Week 9 Lecture 18 Ferrous , Non Ferrous Metals and Non-Metallic Materials(Urea and Phenol formaldehydes)

T-1:chapter 15.6 15.8 introduction to urea and phenol

students will gain about the some new developments in materials

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Engineering Ceramics)

T-1:chapter 13.1 it covers the clearconcept of topic

students will gain about the some new developments in materials

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Properties and applications of Al2O3, SiC, SiC, Si3, N4, PSZ etc)

T-1:chapter 13.2 it covers the clearconcept of topic

students will gain about the some new developments in materials

disscussion

Test 2

Week 10 Lecture 19 Ferrous , Non Ferrous Metals and Non-Metallic Materials(Fibre and particulate reinforced composites and resin plastics)

T-1:chapter 15.17 it covers the clearconcept of topic

students will gain about the some new developments in materials

Discussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Powder metallurgy)

T-1:chapter 11.4 basic knowledge about powder metellergy

students will gain about the some new developments in materials

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Manufacturing Process)

T-1:chapter 11.4 introduction to various manufactururing processes

students will gain about the some new developments in materials

Discussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Compacting)

T-1:chapter 11.4 it covers the clearconcept of topic

students will gain about the some new developments in materials

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Sintering)

T-1:chapter 11.4 introduction to basic mechanical processes

students will gain about the some new developments in materials

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Vacuum processing)

T-1:chapter 11.4 introduction to basic mechanical processes

students will gain about the some new developments in materials

Discussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Properties of Powder processed materials)

T-1:chapter 11.4 introduction to basic mechanical processes

students will gain about the some new developments in materials

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(High energy compaction)

T-1:chapter 11.4 introduction to basic mechanical processes

students will gain about the some new developments in materials

disscussion

Lecture 20 Ferrous , Non Ferrous Metals and Non-Metallic Materials(Metal matrix composites)

T-1:chapter 16.1 16.2 basic knowledge about composites

students will gain about the some new developments in materials

Discussion

Week 10 Lecture 20 Mechanical Properties and Testing(Mechanism of plastic deformation)

T-1:chapter6.6 introduction to plastic deformation

students will have basic knowledge about various destructive tests

Discussion

Mechanical Properties and Testing(Slip and twinning)

T-1:chapter 7.7 slip and twinning mechanisms

students will have basic knowledge about various destructive tests

disscussion

Ferrous , Non Ferrous Metals and Non-Metallic Materials(Fibre and particulate reinforced composites and resin plastics)

T-1:chapter 15.17 it covers the clearconcept of topic

students will gain about the some new developments in materials

Discussion

Week 11 Lecture 21 Mechanical Properties and Testing(Types of fracture)

R-1:chapter7.1 it covers the clearconcept of topic

students will have basic knowledge about various destructive tests

disscussion

Mechanical Properties and Testing(Testing of materials under tension)

T-1:chapter6.6 testing of materials students will have basic knowledge about various destructive tests

disscussion

Mechanical Properties and Testing(Compression and shear loads)

T-1:chapter6.9 testing of materials To impart knowledge about non destructive tests

disscussion

Mechanical Properties and Testing(Hardness tests (Brinell, Vickers and Rockwell))

T-1:chapter 6.10 introduction to hardness To impart knowledge about non destructive tests

disscussion

Mechanical Properties and Testing(Impact test)

R-1:chapter 7.1 various destructive tests students will have basic knowledge about various destructive tests

disscussion

Mechanical Properties and Testing(Izod and charpy)

R-1:chapter 7.1 RW-4 various destructive tests students will have basic knowledge about various destructive tests

disscussion

Mechanical Properties and Testing(Fatigue and creep test)

R-1:chapter 7.9 destructive tests students will have basic knowledge about various destructive tests

disscussion

Lecture 22 Introduction to Science and Technology of Nano materials(Nano structured materials)

R-3:chapter 1.0 it covers the clearconcept of nano materials

to have basic knowledge of nano materials

disscussion

Introduction to Science and Technology of Nano materials(Low-dimensional structures)

R-3:chapter 1.1 it covers the clearconcept of nano materials

to have basic knowledge of nano materials

disscussion

Week 12 Lecture 23 Introduction to Science and Technology of Nano materials(Quantum wells)

R-3:chapter 1.1 it covers the clearconcept of nano materials

to have basic knowledge of nano materials

disscussion

Test 3

Lecture 24 Introduction to Science and Technology of Nano materials(Quantum wires)

R-3:chapter 1.1 it covers the clearconcept of nano materials

to have basic knowledge of nano materials

brainstroming

Week 13 Lecture 25 Introduction to Science and Technology of Nano materials(Quantum dots)

R-3:chapter 1.1 it covers the clearconcept of nano materials

to have basic knowledge of nano materials

Discussion

Week 13 Lecture 25 Introduction to Science and Technology of Nano materials(Nano clusters &Nano crystals)

R-3:chapter 1.2.0 it covers the clearconcept of topic nano crystals

to have basic knowledge of nano materials

brainstroming

Lecture 26 Introduction to Science and Technology of Nano materials(Electronic and optical properties of nano crystallites)

R-3:chapter 12.2 To impart basic knowledge for electronic and optical properties of nano crystallities

to have basic knowledge of nano materials

brainstroming

Week 14 Lecture 27 Introduction to Science and Technology of Nano materials(Metallic and semiconducting super lattices.)

R-3:chapter 1.3.0 To give basic knowledge for metallic and semiconducting super lattics

to have basic knowledge of nano materials

brainstroming

Introduction to Science and Technology of Nano materials(Fabrication and characterization of nano electronic devices and MEMS)

R-3:chapter 12.2 nano devices to have basic knowlege of nano materials

disscussion

Lecture 28 Introduction to Science and Technology of Nano materials(Basics of synthesis and characterization of nano-multi-component systems for sensors(magnetic, electronic and optical) and electrodes)

R-3:chapter 12.2.0 nano sensors to have basic knowlege of nano materials

disscussion

Introduction to Science and Technology of Nano materials(Synthesis and fabrication of carbon nano structures for fuel cell and energy storage applications)

R-3:chapter 12.2.0 To give basic understanding for fuel cells

to have basic knowlege of nano materials

Discussion

SPILL OVERWeek 15 Lecture 29 Spill Over

Lecture 30 Spill Over

Scheme for CA:Component Frequency Out Of Each Marks Total Marks

Test 2 3 10 20

Total :- 10 20

Details of Academic Task(s)

AT No. Objective Topic of the Academic Task Nature of Academic Task(group/individuals/field

work

Evaluation Mode Allottment / submission Week

Test 1 To check concept clarity from student

Crystal structure, BCC, FCC, HCP structure, Unit cell, Crystallographic planes and directions, Miller indices, Crystal imperfections

Individual answers should be relevant and to the point

6 / 7

Test 2 to evaluate the student

Definition, Full annealing, Stress relief, Recrystallisation and spheroidizing, Normalising, Hardening and tempering of steel, Isothermal transformation diagrams

Individual answers should be relevant and to the point

10 / 11

Test 3 To check the student concept clarity

Mechanism of plastic deformation, Slip and Nano structured materials, Low-dimensional structures, Quantum wells, Quantum wires,twinning, Types of fracture, Testing of materials under tension

Individual should should answer to the point

12 / 13