10:19

M5: Type 2 - Design of Beam Section

13:13

M5: Type 1 - Check for Safety of Beam Section

11:42

Module 5: DESIGN OF BEAMS

11:55

Module 4_Unit 2: Gusseted Base (Column Bases)

12:07

Module 4_Unit 2_Slab Base (Column Bases)

14:12

M4_U1: Problem Type 3 - Design of Lug Angle Connection

16:43

M4_U1: Type 2 - Design of Tension Member

22:38

M4_U1: Type 1 - Tensile Strength of Member

11:27

Module 4_Unit 1: Design of Compression Member

09:36

M3: Problem Type - 3 (Splice Design)

07:51

M3: Problem Type - 2 (Column Design)

20:37

M3: Problem Type 1.b (Angle Strut)

20:43

M3: Problem Type 1.a - Angle Strut

02:50

Module 3: Design of Compression Member

02:08

M5: Example - 2 (Projectiles)

03:50

M5: Equations & Example 1 (Projectiles)

06:52

M5: Problem Type 1 (Projectiles)

03:33

M5: Projectiles

19:13

M5: Rectilinear Motion - Examples

16:51

Module 5: KINEMATICS

05:25

M2_U2: Problem Type 3 (Welded Connection)

16:37

M2_U2: Problem Type 2 (Welded Connection)

22:10

M2_U2: Problem Type 1 (Welded Connection)

03:59

Module 2_Unit 2: Welded Connection

17:07

M2_U1: Problem Type - 3 (Bolted Connection)

32:52

M2_U1: Problem Type 2 (Bolted Connection)

16:19

M2_U1: Problem Type 1 (Bolted Connection)

08:11

Module 2_Unit 1: Bolted Connection

19:18

MI - Type 3 : Example 3

06:49

MI - Type 2 : Example 2

16:35

Moment of Inertia: Type - 1: Example -1

08:26

Moment of Inertia: Formulas & Procedure

10:29

MI: Derivation of Standard Geometrical Figures

19:36

MOMENT OF INERTIA : Theory Concept & Theorems

08:19

CENTROID: Example - 2

15:26

CENTROID: Example - 1

20:01

Module - 4: CENTROID

27:57

Method of Section (Truss)

36:01

Method of Joints (Truss Problem)

21:17

Module 3_Unit 2: Analysis of Simple Trusses

09:38

Example 6: LADDER FRICTION

17:46

Example 5: LADDER FRICTION

16:19

Example 4 : WEDGE FRICTION

24:06

Example 3 : WEDGE FRICTION

13:40

Example 2 : BLOCK FRICTION

12:12

Example 1 : BLOCK FRICTION

19:03

Module 2 - Unit 2: FRICTION

42:45

M1_U2_Problem Type 2: Plastic Analysis

37:45

M1_U2_Problem Type-1: Plastic Analysis

16:15

Example - 2 (Support Reactions)

15:13

Example - 1 (Support Reactions)

28:11

Support Reactions (Module 3 - Unit 1)

12:12

Problem - 10 (Sphere / Ball - Equilibrium Equations)

16:46

Problem - 9 (Sphere / Ball - Equilibrium Equations)

04:11

Problem - 8 (Sphere / Ball - Equilibrium Equations)

08:17

*Problem - 7 (Sphere / Ball - Equilibrium Equations)*

19:01

*Problem - 6 (Sphere / Ball - Equilibrium Equations)*

11:47

Problem - 5 (Sphere / Ball - Equilibrium Equations)

12:30

*Problem - 4 (Sphere / Ball - Equilibrium Equations)*

15:12

*Problem - 3 (Sphere / Ball - Equilibrium Equations)*