ETABS For Structural Design of Residential Buildings

"Introduction To The Software
The User Interface
Download and Install the Software
Introduction to the Grids
How to Speed up to Slow down the Lecture speed?
Modelling of a Continuous Beam
Analysis of The Continuous Beam
Analysis of a Truss
Preliminary Design (Optional)
Introduction
Preliminary Design of Slab
Preliminary Design of Beam
Preliminary Design of Column
Modeling of Building
Read Architectural Drawing
Define Grids
Define Materials
Define Section Properties
Correction of Grids
Modelling Up To Ground Floor
Modelling of First Floor
Modeling of Second and Third Floors
Extruding the Model
Modeling of Balcony
Assigning Support to the Model
Lowering The Tie Beam
Design of Residential Building
Modeling of Staircase
Read Architectural Drawing of Staircase
Define Reference Points and Reference Planes
Model Staircase From Ground Floor to First Floor
Model The Landing Beam
Model Staircase From First Floor to Second Floor
Advanced Modelling Options
Model Secondary Beams
Model Curved Beams
Different Modes of Modelling a Beam
Offsetting The Beam While Modelling
Modelling Circular Columns
Modelling Eccentric Columns
Load Application
Defining Load Patterns, Diaphragm and Mass Source
Application of Partition Load
Application of Shell/ SLab Load
Application of Wall Load on Slab/Shell
Meshing of Slab and Frame Structures
Calculation of Seismic Weight, Base Shear and Storey Shear (Optional)
Introduction
Seismic Load Calculation
Base Shear Calculation
Storey Shear Calculation
Application of Lateral Loads
Application of Lateral Loads Introduction
Application of Earthquake Load Method-1
Application of Earthquake Load Method-2
Application of Earthquake Load Method-3
Application of Wind Load
Load Combination and Structural Analysis
Introduction To Load Combinations
Defining The Load Combinations
Analyzing The Building
Design Of The Building
Design Of The Building
Redesigning the Columns
Design Checks To Be Performed
Check for Section Failure
Rebar Percentage
P-M-M Interaction Ratio
Beam Column Capacity
Storey Displacement, Storey Drift and Drift Ratio
Torsional Irregularity
Detailing of Column Rebars
Introduction
Understanding the Rebar Values of ETABS
Rebar Combination of the Plinth Level Column
Sketching the Rebars of the Plinth Level Column
Detailing the Rebars of the Ground Floor Column
Detailing the Rebars of the First Floor Columns
Detailing the Rebars of the Second Floor
Concept of the Lapping of Bars in Floor Levels
Concept of Detailing the Columns Having increasing Reinforcement Values
Detailing of Columns with Increasing Reinforcement values upto First Floor
Detailing of Columns with Increasing Reinforcement values at Second Floor
Concept of Detailing of Similar Columns and Preparing Structural Drawings
Shear Detailing : Getting results from ETABS
Calculating the Required Spacing of the Lateral Ties
Detailing of the Lateral Ties
Detailing of Beam Rebars
Overview of the Structural Drawing of Beam
Studying the Results of ETABS
Detailing of Top Mid Bars
Detailing of Top Extra Bars
Finalizing the Top Bars
Detailing of the Bottom Reinforcement
Grouping the Beam Details
Detailing the Bars at the Beam Junction
Concept of Lapping of Bars
Detailing of Extra Bars at the Bottom
Important Point to Remember
Calculating the Stirrup Spacing"