Lecture 01 : Introduction

Preview 21:16

Lecture 02 : Texture and Anisotropy

Preview 30:53

Lecture 03 : Processing - Texture - Anisotropic Properties

Preview 34:44

Lecture 04 : Crystal Structure and Stereographic Projections

Preview 47:32

Lecture 05 : Utilization of Stereographic Projections

Preview 48:31

Lecture 06 : Diffraction and Bragg's Law

Preview 18:31

Lecture 07 : Structure Factor and Diffraction Extinction Criteria

Preview 25:37

Lecture 08 : Structure factor and diffraction extinction criteria (Contd.)

Preview 24:25

Lecture 09 : Pole figures

Preview 37:16

Lecture 10 : Pole figures (Contd.)

Preview 30:02

Lecture 11 : Inverse Pole Figures

Preview 21:31

Lecture 12 : Three Dimensional Texture Analysis

Preview 36:48

Lecture 13 : Euler Angles and ODFs

Preview 30:11

Lecture 14 : Euler Angles and ODFs (Contd.)

Preview 25:37

Lecture 15 : Euler Angles and ODFs (Contd.)

Preview 31:41

Lecture 16 : Euler Angles and ODFs (Contd.)

Preview 29:58

Lecture 17 : Symmetry Effects on Orientation Matrix

Preview 25:25

Lecture 18 : Euler Space and Orientation Matrices

Preview 30:08

Lecture 19 : Texture Fibre, Periodicity in Euler Space, Incomplete Pole Figures

Preview 38:21

Lecture 20 : Crystal Structures and Symmetry

Preview 35:55

Lecture 21 : Size of Euler Space in Relation to Crystal and Sample Symmetry

Preview 31:02

Lecture 22 : Macrotexture and Microtexture Measurements

Preview 35:20

Lecture 23 : Penetration Depth of X-ray, Neutron, e-1 and Basics of X-ray Generation

Preview 41:45

Lecture 24 : Characteristic X-ray, Absorption and Filters

Preview 38:12

Lecture 25 : Principles of pole figure measurements by X-ray diffraction

Preview 39:21

Lecture 26 : Texture Goniometer Components

Preview 25:45

Lecture 27 : Limitations and Errors in X-ray Texture Measurement and Corrections

Preview 34:02

Lecture 28 : Basics of Electron Microscopy - I

Preview 52:47

Lecture 29 : Basics of Electron Microscopy - II

Preview 26:57

Lecture 30 : Kikuchi Diffraction Pattern - I

Preview 40:57

Lecture 31 : Kikuchi Diffraction Pattern - II

Preview 35:35

Lecture 32 : Quantitative Evaluation of Kikuchi Diffraction Pattern - I

Preview 63:56

Lecture 33 : Quantitative evaluation of Kikuchi Diffraction Pattern - II

Preview 34:31

Lecture 34 : Quantitative evaluation of Kikuchi Diffraction Pattern - III

Preview 25:48

Lecture 35 : Analysis using the TSL-OIM software

Preview 48:45

Lecture 36 : Analysis using the AZtecCrystal software

Preview 53:55

Lecture 37 : Analysis using the ATEX software

Preview 43:52

Lecture 38 : Introduction to solidification texture

Preview 62:29

Lecture 39 : Solidification texture in Alloys

Preview 69:44

Lecture 40 : Solidification texture in FCC, BCC, and HCP structures

Preview 38:48

Lecture 41 : Phase Transformation Texture and Bain Strain

Preview 35:26

Lecture 42 : Orientation Relationships between FCC and BCC / BCT

Preview 30:27

Lecture 43 : Various Orientation Relationships and Variants

Preview 33:13

Lecture 44 : Basic Mechanics of Polycrystal Plasticity

Preview 41:14

Lecture 45 : Basic Mechanics of Polycrystal Plasticity (Contd.)

Preview 30:43

Lecture 46 : A Metallurgist Point of View

Preview 45:53

Lecture 47 : A Metallurgist Point of View (Contd.)

Preview 27:38

Lecture 48 : Texture in FCC polycrystals

Preview 29:03

Lecture 49 : Texture in BCC polycrystals - I

Preview 26:19

Lecture 50 : Texture in BCC polycrystals - II

Preview 28:40

Lecture 51 : Texture in HCP polycrystals-I

Preview 33:15

Lecture 52 : Texture in HCP polycrystals - II

Preview 40:42

Lecture 53 : Texture in HCP polycrystals-III

Preview 57:07

Lecture 54 : Static recrystallization

Preview 45:26

Lecture 55 : Dynamic recrystallization and recrystallization texture

Preview 48:12

Lecture 56 : Dynamic recrystallization and grain refinement during hot large strain shear....

Preview 47:18