50:01

Spline-based and Isogeometric FEA: Topic 6.F

52:36

Spline-based and Isogeometric FEA: Topic 6.E

36:17

Spline-based and isogeometric FEA: Recitation 7

50:13

Spline-based and isogeometric FEA: Recitation 8

49:18

Spline-based and Isogeometric FEA: Topic 6.D

48:33

Spline-based and Isogeometric FEA: Topic 6.C

52:38

Spline-based and Isogeometric FEA: Recitation 1

53:44

Spline-based and Isogeometric FEA: Recitation 2

37:59

Spline-based and Isogeometric FEA: Topic 2.B

01:02:06

Spline-based and Isogeometric FEA: Topic 5.A

01:04:53

Spline-based and Isogeometric FEA: Topic 6.A

01:04:43

Spline-based and Isogeometric FEA: Topic 4.B

38:16

Spline-based and Isogeometric FEA: Recitation 5

53:31

Spline-based and Isogeometric FEA: Topic 4.A

28:58

Spline-based and Isogeometric FEA: Recitation 4

01:05:12

Spline-based and Isogeometric FEA: Topic 2.C

51:44

Spline-based and Isogeometric FEA: Topic 1.B

01:00:24

Spline-based and Isogeometric FEA: Topic 2.A

45:05

Spline-based and Isogeometric FEA: Recitation 6

01:05:44

Spline-based and isogeometric FEA: Topic 6.B

51:39

Spline-based and Isogeometric FEA: Topic 1.A

49:54

Spline-based and Isogeometric FEA: Topic 3.A

01:16:09

Spline-based and Isogeometric FEA: Topic 3.B

01:04:26

Spline-based and Isogeometric FEA: Topic 3.C

49:00

Spline-based and Isogeometric FEA: Recitation 3

20:40

BYU CE En 203 Scott : Buckling of Columns with Pinned Ends

13:16

BYU CE En 203 Scott : Bucking and Stability of Columns

09:51

BYU CE En 203 Scott : Strain Energy of Bending

09:01

BYU CE En 203 Scott : Beam Deflection: Part 2

10:25

BYU CE En 203 Scott : Beam Deflection: Part 1

07:38

BYU CE En 203 Scott : Pressure Vessels

07:16

BYU CE En 203 Scott : Plane Strain

20:30

BYU CE En 203 Scott : Mohr's Law for Plane Stress

13:51

BYU CE En 203 Scott : Hooke's Law for Plane Stress

05:16

BYU CE En 203 Scott: Triaxial Stress

09:32

BYU CE En 203 Scott : An Introduction to Plane Stress

08:48

BYU CE En 203 Scott : Principal Stresses

10:28

BYU CE En 203 Scott : Doubly Symmetric Beams with Inclined Loads

20:06

BYU CE En 203 Scott : Composite Beams and the Transformed Section Method

07:28

BYU CE En 203 Scott : Shear Stress in Circular Cross-Sections and in Webs of Beams With Flanges

22:33

BYU CE En 203 Scott : Shear Stresses in Beams with Rectangular Cross-sections

12:40

BYU CE En 203 Scott : Design of Beams for Normal Stresses

11:51

BYU CE En 203 Scott : Normal Strain in Beam Bending

11:16

BYU CE En 203 Scott : Normal Stress in Beam Bending

18:14

BYU CE En 203 Scott : Shear and Bending Moment Diagrams

19:44

BYU CE En 203 Scott : Pure Torsion of Thin-Walled Tubes

22:02

BYU CE En 203 Scott : Non-uniform Torsion and Pure Shear Stress

18:15

BYU CE En 203 Scott : Pure Torsion

13:01

BYU CE En 203 Scott : Strain Energy

20:19

BYU CE En 203 Scott : Stresses on Inclined Sections

08:02

BYU CE En 203 Scott : Thermal Effects

11:29

BYU CE En 203 Scott : Statically Indeterminate Structures

27:37

BYU CE En 203 Scott : Changes in Length of Axially Loaded Members

18:48

BYU CE En 203 Scott : Design for Axial Loads and Direct Shear

20:19

BYU CE En 203 Scott : Shear Stress and Strain

28:30

BYU CE En 203 Scott : Stress-Strain Diagrams, Hooke's Law, Poisson's Ratio

25:00

BYU CE En 203 Scott : Normal Stress and Strain