26:10

MDM II Numerical 7 II Analysis of Sway Portal Frame with Inverted Column

45:52

MDM II Numerical 6 II Analysis of Sway Type Portal Frame

26:40

MDM II Numerical 5 II Analysis of Non Sway Frame with Different Load Cases

15:37

MDM II Numerical 4 II Analysis of a Non Sway Right Angle Bent

28:41

MDM II Numerical 3 II Analysis of Continuous Beam with a Concentrated Moment at Support

33:07

MDM II Numerical 2 II Analysis of a Continuous Beam With Overhang

24:07

MDM II Numerical 1 II Analysis of 2 span continuous Beam

17:04

Moment Distribution Method II Introduction to Sway type of Portal frame

23:52

Moment Distribution Method II Introduction to Moment Distribution Method

40:47

Stiffness matrix method II Numerical 5 II Analysis of sway portal frame

29:58

Stiffness Matrix Method II Numerical 4 II Analysis of a Non Sway portal frame

31:12

Stiffness Matrix Method II Numerical 3 II Analysis of a simple beam with spring stiffness

23:44

Stiffness Matrix Method II Numerical 2 II Analysis of a continuous beam - sinking support condition

41:55

Stiffness Matrix Method II Introduction II Numerical on continuous beam

27:47

Slope Deflection Method ll Numerical 7 ll Analysis of Continuous Beam with Internal Hinge

27:01

Slope Deflection Method ll Numerical 6 ll Analysis of Sway type portal frame

42:14

Slope Deflection Method ll Numerical 5 ll Analysis of 3 span continuous Indeterminate beam

29:12

Slope Deflection Method ll Numerical 4 ll Analysis of Non Sway frame

32:13

Slope Deflection Method ll Numerical 3 ll Analysis of continuous beam with overhang

25:43

Slope Deflection Method ll Numerical 2 ll Analysis of continuous beam with 3 unknowns

43:15

Slope Deflection Method ll Numerical 1 ll Analysis of continuous beam with fixed ends

14:18

Slope Deflection Method Introduction to Sway Type of Portal Frame and Shear Equilibrium equation

27:52

Slope Deflection equation - Introduction to the topic

03:53

Pathshala Jana (Bal Sangh, Digambar Jain Samaj, Kopargaon)

19:54

T Shaped Retaining Wall Design (Part 5 Reinforcement Summary and Detailing)

15:30

T Shaped Retaining Wall Design (Part 4 Step 6 & 7)

18:21

T Shaped Retaining Wall Design (Part 3 Step 4 & 5)

20:32

T Shaped Retaining Wall Design (Part 2 Step 3)

26:21

T Shaped Retaining Wall Design (Part 1, Step 1 & 2)

14:31

Modes of Failure and Stability Checks in Retaining Wall

20:22

Retaining Wall with various Backfill cases

16:05

Brief Introduction to Retaining Walls

23:33

Design of Prestressed Concrete Twoway Slab (Part 3, Step 5 & 6)

18:36

Design of Prestressed Concrete Twoway Slab (Part 2, Step 4)

27:18

Design of Prestressed Concrete Twoway Slab (Part 1, Step 1,2 & 3)

21:27

Design of Prestressed Concrete Oneway Slab

15:28

Design Procedure of Oneway Prestressed Concrete Slab

27:41

Design of Prestressed Concrete Girder (Part 7 Step 9)

21:38

Design of Prestressed Concrete Girder (Part 6 Step 8)

31:30

Design of Prestressed Concrete Girder (Part 5 Step 7)

24:08

Design of Prestressed Concrete Girder (Part 4 Step 5 & 6)

27:26

Design of Prestressed Concrete Girder (Part 3 Step 3 & 4)

27:13

Design of Prestressed Concrete Girder (Part 2 Step 2)

19:30

Design of Prestressed Concrete Girder (Part 1 Step 1)

32:23

Numericals on Losses in PSC Members Part 2

17:00

Numericals on Losses in PSC Members Part 1

27:00

Concept of Losses in Prestressed Concrete Members (IS 1343:2012)

56:31

Numericals on Prestressed Concrete Analysis (Find Top & bottom extreme fibre stresses in PSC beams)

37:34

Concept of Prestressed Concrete

15:49

Concept of Line and developed Plan, Various recommendations as per IS 962:1989 (Reaffirmed 2001)

09:15

Introduction to Principles of Architectural Planning

14:35

Ventilation Lighting and Vertical Circulation

16:21

Height Regulations Room Sizes and Sanitation Requirements

08:59

Setback Distance, Building Line and Control Line

15:22

Open Spaces & FSI/FAR (Floor Space Index/Floor Area Ratio)

14:40

Plot Sizes and Road Width

12:12

Building Bye Laws

11:22

Scaffolding

08:32

Underpinning

07:47

Form Work