Robot Structural Analysis Professional course

Course Curriculum

Chapter 1: Basic Examples solved in Robot Structural Analysis

Lecture 1: Changing units in robot structural analysis

Lecture 2: Example no 1

Lecture 3: Example no 2

Lecture 4: Example no 2 support problem

Lecture 5: Example no 2 ( Adding the load )

Lecture 6: Doubt solved

Lecture 7: Example no 3

Lecture 8: Example no 4

Lecture 9: Example no 4 part 2

Lecture 10: Example no 5

Lecture 11: Example no 5 part 2

Lecture 12: Example no 6

Lecture 13: Example no 6 part 2

Chapter 2: Design of Reinforced Concrete Beam

Lecture 1: Basic setting

Lecture 2: Beam geometry and general parameters

Lecture 3: Apply load on Rc Beam

Lecture 4: How to verify load added or not ?

Lecture 5: Calculation setting

Lecture 6: Final step before running the analysis

Lecture 7: Shear force and Bending Moment diagram

Lecture 8: Area of reinforcement

Lecture 9: Checking the deflection

Lecture 10: Reinforcement plotting

Lecture 11: Beam Notes

Chapter 3: Design of Reinforced Concrete Column

Lecture 1: Initial setting

Lecture 2: Calculation setting

Lecture 3: Reinforcement setup

Lecture 4: Adding the loads

Lecture 5: Column result

Lecture 6: Column Reinforcement

Lecture 7: Create note and save it

Lecture 8: Detailing of the column

Chapter 4: Design of Shear Wall

Lecture 1: Shear wall option not available solved

Lecture 2: Create wall geometry and Wall opening

Lecture 3: Shear Wall calculation settings

Lecture 4: Applying the load

Lecture 5: Design of the shear wall

Lecture 6: Reinforcement modifications

Chapter 5: Foundation Design

Lecture 1: Modelling the Foundation

Lecture 2: Calculation setting

Lecture 3: Foundation reinforcement

Lecture 4: Assign the various loads to the foundation

Lecture 5: Soil profile setting

Lecture 6: Foundation design complete

Chapter 6: Buckling Analysis

Lecture 1: Define the grids

Lecture 2: Column Selection and drawing

Lecture 3: Drawing the Beam

Lecture 4: Changing the Display

Lecture 5: Claddiing

Lecture 6: Adding the support

Lecture 7: Buckling case load added

Lecture 8: Load applied

Lecture 9: Set parameter for buckling analysis

Lecture 10: Result Modes

Lecture 11: Critical Load

Chapter 7: Residential Building Design Real World Project

Lecture 1: Important message

Lecture 2: Initial setting of Building

Lecture 3: Defining the Grid in X direction

Lecture 4: Defining the grid in Y direction

Lecture 5: Define the Grids and Story

Lecture 6: Modify the story data

Lecture 7: Define the material

Lecture 8: Defining the Column and beam

Lecture 9: Modelling the Column

Lecture 10: Drawing the Beam and extrusion

Lecture 11: Modelling of the slabs section

Lecture 12: Modelling of the one way slab

Lecture 13: Modelling of two way slab

Lecture 14: Move and edit

Lecture 15: Modelling the Mild Landing Beam

Lecture 16: Copy and replication of beam

Lecture 17: Staircase modelling complete

Lecture 18: Lowering the staircase beam

Lecture 19: Defining the load type

Lecture 20: Apply the external Brickwork load

Lecture 21: Applying load internal beam

Lecture 22: Applying load on the floor

Lecture 23: Applying loads on the stairs

Lecture 24: Replication of floors

Lecture 25: Replication of floors special view

Lecture 26: working in the selected floor

Lecture 27: internal beam load modification

Lecture 28: interior beam load modification

Lecture 29: Modification of exterior beam

Lecture 30: How to only see the slab loading

Lecture 31: Modifications of load on slab

Lecture 32: Selecting the design code

Lecture 33: Define the load combination

Lecture 34: Primary setting of meshing

Lecture 35: Meshing of floors

Lecture 36: Analysis

Lecture 37: Forces in X direction

Lecture 38: Forces in y direction