TEACHING | Nitish Bibhanshu

Mechanical Behavior of Materials (UG and PG)

Course Highlight

image

TEM images

image

1/5

Course Content

Chapters

Titles

1. Elasticity and Plasticity of Materials

2. Dislocation Dynamics and Defects

3. Strengthening of Materials

4. Fracture Mechanics

5. Fatigue Behavior

6. Creep and Superplasticity

Electron Microscopy and Microanalysis (PG)

Course Content

1. SEM - Principles of Operation

2. Specialized SEM Techniques

3. EBSD and Data Interpretation

4. Diffraction Basics in TEM

5. Diffraction and Contrast-based Imaging

6. Defect Imaging and Basic of Spectrometry

Figure 18

SEM_images

Figure -5

Figure 18

1/6

Chapters

Titles

Electron Backscattered Electron Diffraction (PG)

Pain strain hot compresssion_TiAl

Bibhanshu et al_CoCuFeMnNi

1-s2.0-S0921509323007773-gr6_lrg

Pain strain hot compresssion_TiAl

1/6

1. Basic Principle of EBSD

2. Kikuchi formation in SEM/TEM

3. Reference File generation for Indexing

4. Data Generation and Interpretation

5. Sample Preparation for EBSD

6. Software for EBSD Data Analysis

Chapters

Titles

Course Content

Heat-Treatment and Phase Transformation (UG)

1-s2.0-S092150932201721X-gr4_lrg

1-s2.0-S0167577X2100313X-ga1_lrg

1-s2.0-S104458032100348X-gr2_lrg

1-s2.0-S092150932201721X-gr4_lrg

1/4

1. Introduction to Heat Treatment

2. Phase Diagrams & Microstructure

3. Phase Transformation Mechanisms

4. Transformation Kinetics

5. Temperature and Pressure Effect

6. Heat Treatment of Special Alloys

Chapters

Titles