Course Content
Basic Examples solved in RSA
0/13
changing units in RSA
00:57
Example no 1
08:24
EXAMPLE NO.2
02:39
Example no 2 support problem
03:21
Example no 2 ( Adding the load )
03:00
Doubt solved
00:50
Example no 3
04:15
Example no 4
03:30
Example no 4 part 2
01:28
Example no 5
05:07
Example no 5 part 2
03:41
Example no 6
05:56
Example no 6 part 2
01:44
Design of Reinforced Concrete Beam
0/11
Basic setting
01:38
Beam geometry and general parameters
03:54
Apply load on Rc Beam
01:01
How to verify load added or not ?
00:53
Calculation setting
01:58
Final step before running the analysis
02:39
Shear force and Bending Moment diagram
01:19
Area of reinforcement
01:32
Checking the deflection
01:17
Reinforcement plotting
03:14
Beam Notes
01:09
Design of Reinforced Concrete Column
0/8
Initial setting
01:49
Calculation setting
01:14
Reinforcement setup
01:06
Adding the loads
00:43
Column result
00:34
Column Reinforcement
00:38
Create note and save it
00:58
Detailing of the column
00:46
Design of Shear Wall
0/6
Shear wall option not available solved
01:31
Create wall geometry and Wall opening
02:39
Shear Wall calculation settings
01:27
Applying the load
00:52
Design of the shear wall
02:12
Reinforcement modifications
02:11
Foundation Design
0/6
Modelling the Foundation
03:03
Calculation setting
01:11
Foundation reinforcement
02:03
Assign the various loads to the foundation
00:56
Soil profile setting
01:20
Foundation design complete
02:18
Buckling Analysis
0/11
Define the grids
02:17
Column Selection and drawing
02:10
Drawing the Beam
01:04
Changing the Display
01:06
Claddiing
01:54
Adding the support
00:45
Buckling case load added
00:56
Load applied
01:44
Set parameter for buckling analysis
01:46
Result Modes
01:48
Critical Load
00:33
Residential Building Design Real World Project
0/51
Forces in y direction
01:40
working in the selected floor
01:16
internal beam load modification
02:01
interior beam load modification
03:51
Modification of exterior beam
02:43
How to only see the slab loading
02:36
Modifications of load on slab
05:07
Selecting the design code
01:04
Define the load combination
03:23
Primary setting of meshing
01:06
Meshing of floors
02:07
Analysis
01:30
Forces in X direction
02:26
Replication of floors special view
00:50
Stresses pn Slab
01:14
Assignment
00:01
Solution of assignment : -Warning 1 Solve
04:00
Warning 2 solved
05:50
Nodes problem solved
02:47
Set Tolerance Limit
01:02
Design of Reinforcement Slab ( Required Reinforcement )
05:58
Design of Reinforcement Slab ( Provided Reinforcement )
09:01
Design of Beam ( Required Reinforcement Method )
06:19
Design of Beam (Provided Reinforcement Method )
06:13
Design of Column ( Required Reinforcement Method )
03:22
Design of Column (Provided Reinforcement Method )
03:51
Move and edit
01:34
Initial setting of Building
01:12
Defining the Grid in X direction
03:40
Defining the grid in Y direction
06:05
Define the Grids and Story
01:54
Modify the story data
01:27
Define the material
00:30
Defining the Column and beam
03:12
Modelling the Column
02:17
Drawing the Beam and extrusion
04:22
Modelling of the slabs section
01:28
Modelling of the one way slab
01:26
Modelling of two way slab
01:35
Important message
00:44
Modelling the Mild Landing Beam
02:51
Copy and replication of beam
01:55
Copy and replication of beam
01:55
Staircase modelling complete
04:29
Lowering the staircase beam
02:37
Defining the load type
01:17
Apply the external Brickwork load
06:06
Applying load internal beam
02:29
Applying load on the floor
03:12
Applying loads on the stairs
05:27
Replication of floors
01:34
Robot Structural Analysis ( Concrete Structures )
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