16:49

Axial deformation theory and examples

35:00

Tensile capacity by yielding, rupture and block shear example

15:16

Net area calculation Example 1

33:16

Curvilinear motion in normal and tangential components example

19:37

Theory and examples of rectangular components of curvilinear motion

17:31

Example 1 on horizontal projectile

06:46

Example 2 on horizontal projectile

54:12

Tension test equation for 3D body and analytical examples

03:44

Example 3 on horizontal projectile

19:49

Tension test basic theory, lab video and analytical examples

22:59

Impact test theory and lab video

16:21

Revision of tension test and stress strain diagram

15:47

Shear stress and shear strain theory and example

29:39

Basics of elasticity, plasticity and viscosity

12:31

Poison's ratio theory and analytical example

06:47

Fatigue and fatigue endurance limit

18:13

Motion of falling particles: theory and examples

23:19

Motion of a projectile: theory and examples

22:54

Shear force and moment diagram Example 4

13:05

Shear force and moment diagram Example 5

10:19

Graphical Method of Rectilinear Motion Example 2

12:03

Graphical Method of Rectilinear Motion Example 1

45:07

Step by step Snow load calculation Example

25:47

Shear force and bending moment diagrams Example 3

25:23

CET 404 Snow Load Calculation Theory

27:02

CET 404 Load calculation on Column - Problem 2.7

33:02

Shear force and moment diagram Example 2

22:56

Shear force and moment diagram- Example 1

23:09

Internation reaction Example 4

16:04

Internation reaction Example 5

14:32

Internation reaction Example 3

46:02

Reviews of differentiation and integration

57:47

Internal reactions Examples 1 and 2

39:47

Reinforced concrete (Lec 53) - Step by step design of a rectangular column footing

20:44

Reinforced-concrete (Lec 26) - Development length in tension bars

13:46

Reinforced-concrete (Lec 27) - Step by step calculation of development length in tension bars

11:30

Reinforced concrete (Lec 29) - Step by step calculation of development length in bundled 2 bars

10:23

Reinforced concrete (Lec 30) - Step by step calculation of development length in bundled 3 bars

05:20

Reinforced concrete (Lec 28) - Development length in hooked bars and compression bars

35:13

Reinforced concrete (Lec 52) - Step by step design of a square column footing

29:16

Reinforced concrete (Lec 51) - Step by step design of a wall footing

13:05

Statics (Lec 94) - Step by step solution of friction wedge - Example

08:34

Statics (Lec 90) - Friction theory and example

09:14

Statics (Lec 92) - Pulley or belt friction theory and example

07:33

Statics (Lec 93) - Pulley or belt friction - Example 1

08:17

Statics (Lec 91) - Step by step solution of friction - Example 1

09:38

Pavement Design (Lec 75) - Designing Concrete Pavement by AASHTOWare or MEPDG software

16:03

Pavement Design (Lec 66) - Designing Overlay Pavement by AASHTOWare or MEPDG

25:08

Pavement Design (Lec 61) - Designing Flexible Pavement by AASHTOWare or MEPDG software

08:00

Pavement Design (Lec 56)- Calculation of top-down longitudinal cracking in Flexible pavement

15:48

Statics (Lec 82) - Dtermination of monent of inertia - Example 2

03:12

Statics (Lec 83) - Determination of moment of inertia - Example 3

28:56

Reinforced concrete (Lec 48) - Design of column with two-way moment - Economic Example

16:11

Statics (Lec 80) - Determination of moment of inertia

17:06

Statics (Lec 81) - Determination of moment of inertia - Example 1

13:12

Reinforced concrete (Lec 46) - Design of column with one way moment - Example

17:06

Pavement Design (Lec 55) - Step by step calculation of alligator cracking in Flexible pavement

10:21

Reinforced concrete (Lec 47) - Design of column with two-way moment - Overdesign Example

12:08

Reinforced concrete (Lec 45) - Design of column with one way moment

31:37

Pavement Design (Lec 50) - Flexible pavement design by AASHTO 1993