38:22

Lecture 40: Alloy designation and properties

34:58

Lecture 39: Electrical and magnetic properties

39:11

Lecture 38: Ceramics, polymers, composites

32:15

Lecture 37: NDT: Hardness measurement

40:25

Lecture 36: Creep

28:28

Lecture 35: Fatigue

32:30

Lecture 34: Fracture: Part 2

28:41

Lecture 33: Fracture: Part 1

20:37

Lecture 32: Strengthening mechanism 4

25:15

Lecture 31: Strengthening mechanism 3

38:08

Lecture 29: Strengthening mechanism 1

24:09

Lecture 28: Plastic deformation 2

25:32

Lecture 27: Plastic deformation 1

28:05

Lecture 26: Engineering and true stress and strain

25:18

Lecture 30: Strengthening mechanism 2

38:21

Lecture 25: Tensile test

22:30

Lecture 24: Elastic behaviour

29:31

Lecture 23: Precipitation

31:18

Lecture 22: Heat treatment

38:55

Lecture 21: TTT and CCT curves

23:09

Lecture 20: Nucleation and growth

27:43

Lecture 19: Iron-carbon phase diagram

36:59

Lecture 18: Solidification structure

21:30

Lecture 17: Equilibrium cooling of eutectic system

24:22

Lecture 16: Equilibrium and non-equilibrium cooling

21:50

Lecture 15: Eutectic phase diagram

29:40

Lecture 14: Phase diagram 2

30:07

Lecture 13: Phase diagram 1

33:54

Lecture 12: Diffusion

37:24

Lecture 11: Crystallographic defects

30:06

Lecture 10: Quantitative metallography

19:45

Lecture 09: Microstructure: Understanding

32:38

Lecture 08: Metallography

21:53

Lecture 07: Optical aberration

33:22

Lecture 06: Optical microscope

01:01:24

Lecture 05: Crystal planes and directions: Indexing

30:57

Lecture 04: X-ray diffraction: Crystal structure determination

34:17

Lecture 03: Crystal systems and structures: Lattice

34:09

Lecture 02: Atomic structure and bonding

40:51

Lecture 01: Introduction

01:56

Materials Science and Engineering