18:28

Pavement Design (Lec 51) - Major Distresses in Flexible pavement

15:40

Statics (Lec 51) - Example 2 of analysis of a frame structure

17:46

Statics (Lec 50) -Example 1 of analysis of a frame structure

25:40

Reinforced concrete (Lec 36) - Design of uniaxially loaded short column -Theory

10:23

Statics (Lec 70) - Example 1 of determination of centroid of a composite section

13:15

Statics (Lec 71) - Example 2 of determination of centroid of a composite section

16:00

Reinforced concrete (Lec 38) - Design of uniaxially loaded short SPIRAL column - Example 1

13:17

Reinforced concrete (Lec 37) - Design of uniaxially loaded short TIED column - Example 1

33:56

Reinforced concrete (Lec 33) - A complete example on shear reinforcement design in beam

23:44

Statics (Lec 42) - Solving a cable with segmental load

21:55

Reinforced concrete (Lec 32) - Shear reinforcement design in reinforced concrete beam - theory

15:17

Statics (Lec 40) - Solving a three-hinged arch

08:42

Statics (Lec 43) - Solving a frictionless pulley

06:59

Statics (Lec 41) - Solving a uniformly loaded cable

15:03

Reinforced concrete (Lec 24) - Step by step design of doubly-reinforced concrete beam - Example 2

27:01

Reinforced concrete (Lec 23) - Step by step design of doubly-reinforced concrete beam - Example 1

13:46

Reinforced concrete (Lec 22) - Step by step design of doubly-reinforced concrete beam

17:25

Reinforced concrete (Lec 21) - Basics of Doubly reinforced beam design

18:13

Reinforced concrete (Lec 17) - Step by step design of reinforced-concrete T-beam - Example 1

25:15

Reinforced concrete (Lec 18) - Step by step design of reinforced-concrete T-beam - Example 2

14:03

Reinforced concrete (Lec 16) - Step by step design of reinforced-concrete T beams

07:06

Reinforced concrete (Lec 15) - Design Concept of reinforced-concrete T-beams

18:11

Statics (Lec 24) - Joint method of solving truss - Theory and Example

10:20

Statics (Lec 26) - Stability and Determinacy analysis of truss - Theory and Examples

04:34

Statics (Lec 23) - Direct force members of truss - Theory and Examples

10:04

Statics (Lec 22) - Zero force members of truss - Theory and Examples

14:56

Pavement Design (Lec 30) - Dynamic Modulus of asphalt concrete

06:10

Pavement Design (Lec 32) - Fatigue endurance limit test of asphalt concrete

04:26

Pavement Design (Lec 31) - Indirect tensile strength test of asphalt concrete

13:48

Pavement Design (Lec 16) - Resilient modulus (MR) of soils and aggregate

08:24

Pavement Design (Lec 17) - California Bearing Ratio (CBR) of soils and aggregates

04:48

Pavement Design (Lec 18) - Dynamic Cone Penetrometer (DCP) of soils and aggregate

02:39

Pavement Design (Lec 19) - R-value of soils and aggregate

04:13

Pavement Design (Lec 20) - Resilient modulus of soil-aggregate by soil gradation and PI

05:03

Pavement Design (Lec 21) - Variations of Resilient modulus due to moisture changes

07:46

Reinforced concrete (Lec 5) - Load factors and load combinations

13:22

Reinforced concrete (Lec 6) - Some knowledge before starting beam or slab design

42:22

Reinforced concrete (Lec 7) - Rectangular Beam Design - Example 1

08:54

Reinforced concrete (Lec 8) - Basics of one-way slab design

11:56

Statics (Lec 10) - Concept of Equilibrium, idealized structure, etc.

02:53

Statics (Lec 11) - Equilibrium equations

24:15

Reinforced concrete (Lec 9) - One way slab design - Example 1

09:16

Statics (Lec 12) - Equilibrium of particles - Example 1

08:04

Statics (Lec 13) - Equilibrium of particle - Example 2

09:01

Statics (Lec 14) - Equilibrium of rigid body - Example 3

10:26

Statics (Lec 3) - Two-force system advanced examples

31:37

Flexural strength equation of a reinforced concrete beam - Theory

11:12

Design methods for reinforced concrete members

16:50

Introduction to Reinforced Concrete Design

16:59

Statics (Lec 2) - Resultant of concurrent two-force system - theory and example

15:44

Some discussion on flexural strength equation of reinforced-concrete beam

09:14

Statics (Lec 7) - Resultant of non-concurrent forces - theory and example

08:05

Statics (Lec 8) - Resultant of non-concurrent forces - Example 2

07:03

Statics (Lec 9) - Resultant of non-concurrent forces - Example 3

03:52

Statics (Lec 5) - centroid of rectangle and triangle

11:08

Statics (Lec 6) - Concept of moment

22:59

Statics (Lec 4) - Rectangular component method theory and example

12:53

CET 405 Syllabus and course requirements

17:32

CET 473 Syllabus and course requirements

37:35

Statics (Lec 1) -Some prerequisite knowledge for statics