Mec208 -- Material Science And Metallurgy 166f5p
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Lovely Professional University, Punjab Course Code
Course Title
Course Planner
Lectures
MEC208
MATERIAL SCIENCE
15750::Manoj Kumar R
Course Category
Courses with numerical and conceptual focus
Tutorials Practicals Credits
3.0
0.0
0.0
TextBooks Sr No
Title
Author
T-1
The Science and Engineering of Materials
Edition
Year
Publisher Name
Askeland, Fulay, Wright & 6th Balani
2011
Cengage Learning
Reference Books Sr No
Title
Author
Edition
Year
Publisher Name
R-1
Material Science & Engineering
Raghavan
5th
2004
Prentice Hall of India
R-2
Material science and engineering
William D Callister
8th
2007
Wiley
Relevant Websites Sr No
(Web address) (only if relevant to the course)
Salient Features
RW-1
www.journals.elsevier.com/materials-science-and-engineering-c/
RW-2
www.springer.com › ... › Characterization & Evaluation of Materials
RW-3
libguides.lib.muohio.edu › Research by Subject
better understanding
LTP week distribution: (LTP Weeks) Weeks before MTE
7
Weeks After MTE
6
Spill Over
2
Detailed Plan For Lectures Week Number
Lecture Number
Broad Topic(Sub Topic)
Week 1
Lecture 1
Introduction to material science and engineering(History of materials)
Chapters/Sections of Text/reference books
T-1:chapter 1.1
Other Readings, Lecture Description Relevant Websites, Audio Visual Aids, software and Virtual Labs RW-1
it covers the clear concept of topic
Learning Outcomes
Pedagogical Tool Demonstration/ Case Study / Images / animation / ppt etc. Planned
clearly understanding the concept behind the topic
ppt
3.0
Week 1
Lecture 1
Introduction to material science and engineering(Introduction to material science and engineering)
T-1:1.1
Lecture 2
Introduction to material science and engineering(Classification of materials)
Lecture 3
Week 2
Lecture 4
Lecture 5
Lecture 6
Week 3
Lecture 7
RW-2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
T-1:1.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Material design and selection)
T-1:1.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Terminology for mechanical properties)
T-1:11.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(The tensile test)
T-1:11.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Introduction to material science and engineering(Use of stressstrain diagram)
T-1:11.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Use of stressstrain diagram)
T-1:11.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Properties obtained from tensile test)
T-1:11.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(True stress and true strain)
T-1:11.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Hardness of materials)
T-1:11.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Strain rate effects and impact behavior)
T-1:11.9
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Glossary (relevant topics only))
T-1:11.13
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Atomic arrangements(Short-range order vs. Long-range order ionic arrangements)
T-1:3.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Atomic arrangements(Amorphous materials)
T-1:3.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Atomic arrangements(Lattice basis)
T-1:3.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Atomic arrangements(Unit cells and crystal structures)
T-1:3.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
RW-1
RW-1
RW-3
Week 3
Week 4
Lecture 7
Atomic arrangements(Allotropic or polymorphic transformations)
T-1:3.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 8
Atomic arrangements(Points directions and planes in the unit cell)
T-1:3.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Lecture 9
Imperfections in the atomic arrangements(Introduction)
T-1:4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Imperfections in the atomic arrangements(Point defects)
T-1:4.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Imperfections in the atomic arrangements(Dislocations)
T-1:4.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Imperfections in the atomic arrangements(Significance of dislocations)
T-1:4.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Imperfections in the atomic arrangements(Schmids law)
T-1:4.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Imperfections in the atomic arrangements(Influence of crystal structure)
T-1:4.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Lecture 10
Lecture 11
RW-1
Lecture 12 Week 5
Lecture 13
Lecture 14
Lecture 15
Week 6
Lecture 16
Test 1 Imperfections in the atomic arrangements(Surface defects)
T-1:4.7
Imperfections in the atomic arrangements(Importance of defects)
T-1:4.8
Principles of solidification (Nucleation and growth mechanisms)
T-1:7.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Principles of solidification(Atom and ion movements in materials)
T-1:7.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Principles of solidification (Diffusion)
T-1:5.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Principles of solidification (Applications of diffusion)
T-1:5.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Principles of solidification (Mechanisms for diffusion)
T-1:5.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
RW-1
RW-2
Week 6
Lecture 16
Principles of solidification(Rate of diffusion)
T-1:5.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 17
Principles of solidification(Factors affecting diffusion)
T-1:5.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Principles of solidification (Composition profile)
T-1:5.8
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Phases and the phase diagram)
T-1:8.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-3
Lecture 18 Week 7
Lecture 19
Lecture 20
Lecture 21
Test 2 Solid solutions and phase equilibrium(Solubility and solid solutions)
T-1:8.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Conditions for unlimited solid solubility)
T-1:8.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Solid solution strengthening)
T-1:8.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Isomorphous phase diagrams)
T-1:8.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Relationship between properties and phase diagram)
T-1:8.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Solidification of a solid-solution alloy)
T-1:8.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Non-equilibrium solidification and segregation)
T-1:8.8
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-2
MID-TERM Week 8
Lecture 22
Lecture 23
Dispersion strengthening and eutectic phase diagrams(Principles and examples of dispersion strengthening)
T-1:9.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening and eutectic phase diagrams (Intermetallic compounds)
T-1:9.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening and eutectic phase diagrams(Phase diagrams containing three phase reactions)
T-1:9.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-1
Week 8
Lecture 23
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
T-1:10.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(Alloys strengthened by exceeding the solubility limit)
T-1:11.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(Age or precipitation hardening)
T-1:10.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(Microstructural evolution in age or precipitation hardening)
T-1:10.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Dispersion strengthening by phase transformations(Effect of aging temperature and time)
T-1:10.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(The eutectoid reaction)
T-1:10.9
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(Controlling the eutectoid reaction)
T-1:10.10
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(The martensitic reaction and tempering)
T-1:10.11
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Strain hardening and annealing (Relationship of cold working to the stress strain curve)
T-1:13.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Strain hardening and annealing (Strain-hardening mechanisms)
T-1:13.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Strain hardening and annealing (Properties Vs percent cold work)
T-1:13.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 29
Strain hardening and annealing (Properties Vs percent cold work)
T-1:13.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 30
Strain hardening and annealing (Microstructure)
T-1:13.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 24
Week 9
Lecture 25
Lecture 26
Lecture 27
Week 10
Lecture 28
Dispersion strengthening and eutectic phase diagrams(The eutectic phase diagram)
T-1:9.4
Dispersion strengthening and eutectic phase diagrams(Strength of eutectic alloys)
T-1:9.5
Dispersion strengthening by phase transformations(Nucleation and growth in solid-state reactions)
RW-1
RW-3
RW-1
Week 10
Week 11
Lecture 30
Lecture 31
Lecture 32
Lecture 33
Week 12
T-1:13.4
Strain hardening and annealing (Characteristics of cold working)
RW-3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
T-1:13.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Strain hardening and annealing (The three stages of annealing)
T-1:13.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Strain hardening and annealing (Control of annealing)
T-1:13.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel (Designations and classification of steels)
T-1:14.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel(Simple heat treatments)
T-1:14.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel(Isothermal heat treatments)
T-1:14.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel(Quench and temper heat treatments)
T-1:14.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-3
Lecture 34 Lecture 35
Week 13
Strain hardening and annealing (Texture strengthening and residual stresses)
Test 3 Heat treatment of steel(Effect of alloying elements)
T-1:14.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel(Application of hardenability)
T-1:14.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 36
Heat treatment of steel(surface treatments)
T-1:14.8
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 37
Cast irons and alloy steels(Cast Irons and types)
T-1:14.11
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 38
Cast irons and alloy steels (Speciality steels)
T-1:14.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 39
Cast irons and alloy steels (Stainless steels)
T-1:14.10
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-3
RW-3
SPILL OVER Week 14
Lecture 40
T-1:full book
RW-1
revise all the concept
to improve the ppt knowledge of materials science
Week 14
Lecture 41
R-2:full book
RW-3
revise all the concept
to improve the ppt knowledge of materials science
Scheme for CA: Component
Frequency
Test
Out Of 2
Each Marks Total Marks 3
Total :-
30
60
30
60
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 introduction to material science, Atomic arrangement and clarity from student structure and Imperfection in metal
Individual
Test
4/5
Test 2
to evaluate the student
Individual
Test
6/7
Test 3
To check the student Solid solution strengthening, Age hardening, eutectic reaction and Individual concept clarity Heat treatment process.
Teat
10 / 11
Solidification, grain growth and diffusion first and second law.
Course Title
Course Planner
Lectures
MEC208
MATERIAL SCIENCE
15750::Manoj Kumar R
Course Category
Courses with numerical and conceptual focus
Tutorials Practicals Credits
3.0
0.0
0.0
TextBooks Sr No
Title
Author
T-1
The Science and Engineering of Materials
Edition
Year
Publisher Name
Askeland, Fulay, Wright & 6th Balani
2011
Cengage Learning
Reference Books Sr No
Title
Author
Edition
Year
Publisher Name
R-1
Material Science & Engineering
Raghavan
5th
2004
Prentice Hall of India
R-2
Material science and engineering
William D Callister
8th
2007
Wiley
Relevant Websites Sr No
(Web address) (only if relevant to the course)
Salient Features
RW-1
www.journals.elsevier.com/materials-science-and-engineering-c/
RW-2
www.springer.com › ... › Characterization & Evaluation of Materials
RW-3
libguides.lib.muohio.edu › Research by Subject
better understanding
LTP week distribution: (LTP Weeks) Weeks before MTE
7
Weeks After MTE
6
Spill Over
2
Detailed Plan For Lectures Week Number
Lecture Number
Broad Topic(Sub Topic)
Week 1
Lecture 1
Introduction to material science and engineering(History of materials)
Chapters/Sections of Text/reference books
T-1:chapter 1.1
Other Readings, Lecture Description Relevant Websites, Audio Visual Aids, software and Virtual Labs RW-1
it covers the clear concept of topic
Learning Outcomes
Pedagogical Tool Demonstration/ Case Study / Images / animation / ppt etc. Planned
clearly understanding the concept behind the topic
ppt
3.0
Week 1
Lecture 1
Introduction to material science and engineering(Introduction to material science and engineering)
T-1:1.1
Lecture 2
Introduction to material science and engineering(Classification of materials)
Lecture 3
Week 2
Lecture 4
Lecture 5
Lecture 6
Week 3
Lecture 7
RW-2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
T-1:1.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Material design and selection)
T-1:1.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Terminology for mechanical properties)
T-1:11.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(The tensile test)
T-1:11.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Introduction to material science and engineering(Use of stressstrain diagram)
T-1:11.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Use of stressstrain diagram)
T-1:11.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Properties obtained from tensile test)
T-1:11.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(True stress and true strain)
T-1:11.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Hardness of materials)
T-1:11.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Strain rate effects and impact behavior)
T-1:11.9
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Introduction to material science and engineering(Glossary (relevant topics only))
T-1:11.13
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Atomic arrangements(Short-range order vs. Long-range order ionic arrangements)
T-1:3.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Atomic arrangements(Amorphous materials)
T-1:3.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Atomic arrangements(Lattice basis)
T-1:3.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Atomic arrangements(Unit cells and crystal structures)
T-1:3.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
RW-1
RW-1
RW-3
Week 3
Week 4
Lecture 7
Atomic arrangements(Allotropic or polymorphic transformations)
T-1:3.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 8
Atomic arrangements(Points directions and planes in the unit cell)
T-1:3.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Lecture 9
Imperfections in the atomic arrangements(Introduction)
T-1:4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Imperfections in the atomic arrangements(Point defects)
T-1:4.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Imperfections in the atomic arrangements(Dislocations)
T-1:4.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Imperfections in the atomic arrangements(Significance of dislocations)
T-1:4.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Imperfections in the atomic arrangements(Schmids law)
T-1:4.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Imperfections in the atomic arrangements(Influence of crystal structure)
T-1:4.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Lecture 10
Lecture 11
RW-1
Lecture 12 Week 5
Lecture 13
Lecture 14
Lecture 15
Week 6
Lecture 16
Test 1 Imperfections in the atomic arrangements(Surface defects)
T-1:4.7
Imperfections in the atomic arrangements(Importance of defects)
T-1:4.8
Principles of solidification (Nucleation and growth mechanisms)
T-1:7.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Principles of solidification(Atom and ion movements in materials)
T-1:7.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Principles of solidification (Diffusion)
T-1:5.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Principles of solidification (Applications of diffusion)
T-1:5.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Principles of solidification (Mechanisms for diffusion)
T-1:5.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
RW-1
RW-2
Week 6
Lecture 16
Principles of solidification(Rate of diffusion)
T-1:5.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 17
Principles of solidification(Factors affecting diffusion)
T-1:5.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Principles of solidification (Composition profile)
T-1:5.8
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Phases and the phase diagram)
T-1:8.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-3
Lecture 18 Week 7
Lecture 19
Lecture 20
Lecture 21
Test 2 Solid solutions and phase equilibrium(Solubility and solid solutions)
T-1:8.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Conditions for unlimited solid solubility)
T-1:8.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Solid solution strengthening)
T-1:8.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Isomorphous phase diagrams)
T-1:8.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Relationship between properties and phase diagram)
T-1:8.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Solidification of a solid-solution alloy)
T-1:8.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Solid solutions and phase equilibrium(Non-equilibrium solidification and segregation)
T-1:8.8
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-2
MID-TERM Week 8
Lecture 22
Lecture 23
Dispersion strengthening and eutectic phase diagrams(Principles and examples of dispersion strengthening)
T-1:9.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening and eutectic phase diagrams (Intermetallic compounds)
T-1:9.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening and eutectic phase diagrams(Phase diagrams containing three phase reactions)
T-1:9.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-1
Week 8
Lecture 23
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
T-1:10.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(Alloys strengthened by exceeding the solubility limit)
T-1:11.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(Age or precipitation hardening)
T-1:10.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(Microstructural evolution in age or precipitation hardening)
T-1:10.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation
Dispersion strengthening by phase transformations(Effect of aging temperature and time)
T-1:10.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(The eutectoid reaction)
T-1:10.9
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(Controlling the eutectoid reaction)
T-1:10.10
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Dispersion strengthening by phase transformations(The martensitic reaction and tempering)
T-1:10.11
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Strain hardening and annealing (Relationship of cold working to the stress strain curve)
T-1:13.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Strain hardening and annealing (Strain-hardening mechanisms)
T-1:13.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
animation and ppt
Strain hardening and annealing (Properties Vs percent cold work)
T-1:13.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 29
Strain hardening and annealing (Properties Vs percent cold work)
T-1:13.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 30
Strain hardening and annealing (Microstructure)
T-1:13.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 24
Week 9
Lecture 25
Lecture 26
Lecture 27
Week 10
Lecture 28
Dispersion strengthening and eutectic phase diagrams(The eutectic phase diagram)
T-1:9.4
Dispersion strengthening and eutectic phase diagrams(Strength of eutectic alloys)
T-1:9.5
Dispersion strengthening by phase transformations(Nucleation and growth in solid-state reactions)
RW-1
RW-3
RW-1
Week 10
Week 11
Lecture 30
Lecture 31
Lecture 32
Lecture 33
Week 12
T-1:13.4
Strain hardening and annealing (Characteristics of cold working)
RW-3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
T-1:13.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Strain hardening and annealing (The three stages of annealing)
T-1:13.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Strain hardening and annealing (Control of annealing)
T-1:13.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel (Designations and classification of steels)
T-1:14.1
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel(Simple heat treatments)
T-1:14.2
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel(Isothermal heat treatments)
T-1:14.3
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel(Quench and temper heat treatments)
T-1:14.4
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-3
Lecture 34 Lecture 35
Week 13
Strain hardening and annealing (Texture strengthening and residual stresses)
Test 3 Heat treatment of steel(Effect of alloying elements)
T-1:14.5
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Heat treatment of steel(Application of hardenability)
T-1:14.6
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 36
Heat treatment of steel(surface treatments)
T-1:14.8
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 37
Cast irons and alloy steels(Cast Irons and types)
T-1:14.11
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 38
Cast irons and alloy steels (Speciality steels)
T-1:14.7
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
Lecture 39
Cast irons and alloy steels (Stainless steels)
T-1:14.10
it covers the clear concept of topic
clearly understanding the concept behind the topic
ppt
RW-3
RW-3
SPILL OVER Week 14
Lecture 40
T-1:full book
RW-1
revise all the concept
to improve the ppt knowledge of materials science
Week 14
Lecture 41
R-2:full book
RW-3
revise all the concept
to improve the ppt knowledge of materials science
Scheme for CA: Component
Frequency
Test
Out Of 2
Each Marks Total Marks 3
Total :-
30
60
30
60
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 introduction to material science, Atomic arrangement and clarity from student structure and Imperfection in metal
Individual
Test
4/5
Test 2
to evaluate the student
Individual
Test
6/7
Test 3
To check the student Solid solution strengthening, Age hardening, eutectic reaction and Individual concept clarity Heat treatment process.
Teat
10 / 11
Solidification, grain growth and diffusion first and second law.
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