MSEASUProblems - VideoAndMovie

2.3 Planes and Miller Indices Ex. 5

5:35

2.3 Planes and Miller Indices Ex. 5

2.3 Planes and Miller Indices Ex. 4

4:45

2.3 Planes and Miller Indices Ex. 4

2.3 Planes and Miller Indices Ex. 3

4:06

2.3 Planes and Miller Indices Ex. 3

2.3 Planes and Miller Indices Ex. 2

5:04

2.3 Planes and Miller Indices Ex. 2

2.3 Planes and Miller Indices Ex. 1

4:57

2.3 Planes and Miller Indices Ex. 1

8.2 Ceramics: Ionic Radius Ratio, Crystal Structure, APF, and Theoretical Density

22:06

8.2 Ceramics: Ionic Radius Ratio, Crystal Structure, APF, and Theoretical Density

2.3 Crystal Structures: Indexing Planes II

5:11

2.3 Crystal Structures: Indexing Planes II

2.3 Crystal Structures: Indexing Planes I

4:55

2.3 Crystal Structures: Indexing Planes I

3.2 Failure: Stress Concentration

9:30

3.2 Failure: Stress Concentration

1.1 Bonding I: Periodic Table - Unit Conversions

7:31

1.1 Bonding I: Periodic Table - Unit Conversions

3.2 Failure: Fatigue

4:37

3.2 Failure: Fatigue

4.2 Strengthening Mechanisms: Solid Solution 2

1:39

4.2 Strengthening Mechanisms: Solid Solution 2

4.2 Strengthening Mechanisms: Solid Solution 1

2:44

4.2 Strengthening Mechanisms: Solid Solution 1

4.2 Strengthening Mechanisms: Cold Work 3

1:50

4.2 Strengthening Mechanisms: Cold Work 3

4.2 Strengthening Mechanisms: Cold Work 2

4:32

4.2 Strengthening Mechanisms: Cold Work 2

4.2 Strengthening Mechanisms: Cold Work 1

3:39

4.2 Strengthening Mechanisms: Cold Work 1

3.2 Failure: Failure by High Temperature Creep

3:34

3.2 Failure: Failure by High Temperature Creep

3.2 Failure: Fracture Mechanics - Critical Stress

7:49

3.2 Failure: Fracture Mechanics - Critical Stress

3.2 Failure: Failure by NDT Ductile-to-Brittle Transition

7:56

3.2 Failure: Failure by NDT Ductile-to-Brittle Transition

3.2 Failure: Fracture Mechanics - Plane Strain Fracture Toughness

7:26

3.2 Failure: Fracture Mechanics - Plane Strain Fracture Toughness