13:47

I got doored! So I CT scanned my carbon fiber bike fork!

09:58

c to a ratio for hexagonal close packed (HCP)

08:55

Cation to anion radius ratio for tetrahedral interstitial site

06:57

Tetrahedral symmetry, tetrahedral interstitial site, bond angle in methane, diamond cubic, silicon

08:18

76 The iron carbon system (screen only)

09:21

75 Deriving the Lever Rule (screen only)

11:01

73 A first look at phase diagrams (screen only)

10:28

59 The diamond cubic crystal structure

10:40

My Teaching from home video set-up

00:35

HCl Cannon, short

10:23

34 Mechanical behaviour of polymers

07:04

30 The Boltzmann Distribution and vacancies

11:08

29 Point Defects

07:34

31 Lattice strain around Dislocations

05:36

28 Introduction to Imperfections

07:53

26 Mechanism for plastic deformation in metals

09:21

32 Interfacial defects

04:38

33 3 Dimensional defects

09:09

25 Yield, tensile strengths and necking

01:45

27 Dislocation Movement

12:24

24 From Crystals to Properties

08:25

21 Simple Cubic Interstitial Site

05:29

23 Coordination Number for FCC

04:49

22 PbSe Crystal Structure Predicition

09:42

18 2 Hexagonal Close Packed

09:27

18 The Octahedral Site

06:48

20 APF in FCC and BCC

03:52

16 Ceramic Density Calculations

04:33

17 Body Centred Cubic BCC

06:56

14 Theoretical Density of Al

25:17

10 Materials Selection for Helicoptor Rotor

10:03

08 Bend Testing Ceramics

12:39

12 Structure of Solids and FCC

07:42

09 Modulus vs Density Chart

06:12

11 Introduction to Ordered Solids

03:56

13 Fractional atoms in FCC

07:30

07 Introduction to Permanent Deformation

10:57

05 The Tensile Test

13:46

04 Atomic Definition of Young's Modulus

08:35

03 Stress & Strain

07:51

01 The Three Material Classes

07:14

02 Hooke's Law

00:42

Bed-of-nails, short

00:32

Dry Ice Explosion, short

04:39

CO2 Three phase explosion

07:48

15 Rock Salt Ceramic Crystal Structure

06:18

The Calcium Fluorite ceramic (Ionic) crystal structure

19:22

Internal energy and the first law of thermodynamics

16:19

Porosity in ceramics and the stress concentration factor

08:42

Three-point bending for ceramics

08:16

Mechanical behaviour of ceramics

06:22

Scott and Shai Duel

07:36

Materials in Prop Design for Film, part 2

07:31

Materials in Prop Design for Film, part 1

07:13

Materials in Prop Design for Film, part 3

13:05

Perovskite Crystal Structure

08:25

Calcium Fluorite Crystal Structure

07:12

Other crystal systems

08:13

The zinc blende or ZnS crystal structure

16:25

Interstitial sites