The Comprehensive ETABS Professional Course (RCC and Steel)

Udemy

Learn all the fundamental concepts and methodologies related to ETABS for RCC and Steel structures.

Intermediate

Online

₹ 2499

particular

details

                                    Medium of instructions
                                    English

                                    Mode of learning
                                    Self study

                                    Mode of Delivery
                                    Video and Text Based

Design of Pre Engineered Building as per Indian Standards

Introduction to Pre Engineered Buildings
Draw a portal frame from one end to other as per Drawing
Define Frame Section Properties
Replicate the Whole Portal along the Width
Replicate the Whole portal along the length
Draw Gable End Structure for the Ends
Draw Plan and Elevation Bracing
Define Load Patterns
Define Load Cases
Define Load combinations
Calculation of Dead, Live and Wind Loads
Correct the Load Combinations
Assign the Releases to the Structural Members
Assign Supports to the Building
Define Modal cases
Define Analysis options and Analyze the Steel Structure
Steel Structure Design of Pre Engineering Building Structure as per IS800
Value Engineering of the PEB Shed
Check the tabular results including Material Take off

Linear Dynamic Analysis of a Billboard as per IS800

Modelling of a Billboard with free modelling approach
Assigning the Section properties to all the members
Assign End Releases and Supporting Conditions
Define Load Patterns to the Steel Structure
Define Wind Loads and Response Spectrum Loads to the Structure
Define Load Combinations as per Auto Generate Option.
Remove the Instability in the Modelling Process. (Tips and Tricks)
Structural Design and Optimization of the Steel Structure
Check the Mode shapes ,Mode participation and Weight of Steel Structure

Linear Dynamic Analysis and Design of a Heavy Steel Structure for AISC 360

Introduction to Heavy Industrial Equipment Supporting Steel Structures.
Define Grids and Stories Data with Frame Section Properties
Draw the Silo Supporting Floor with Good Steel Structure Arrangement
Draw Second Floor on the top of Silo Supporting Steel Structure
Draw Roofing Structural Steel Arrangement
Draw Vertical Elevation Bracing along the Minor Sway Direction
Define Load Patterns for Steel Industrial Heavy Structure
Define Load Cases and Load Combinations
Define Modal Cases and Supporting Conditions
Define Semi Rigid Diaphragms for all the floors
Remove any kind of Errors and Rectification of Mistakes in Modelling
Response Spectrum Analysis and Review of Mode Shapes
Response spectrum Linear Dynamic Analysis and Design of Steel Structure
Optimization of Structural Steel Member Sizes for Economy
Design of Structural Steel Connections

Linear Modal Analysis and Design of Steel Space Truss Structure as per AISC360

Modelling of Structural Steel Space Truss with Free Modelling Approach
Assign Supporting Conditions , Section Properties and Loads to the Truss
Remove any kind of Instability in the Truss by Check Model Option
Eigen Modal Analysis and Modal Static Analysis of the Truss
Design of Steel Space Truss as per AISC 360-16

Non Linear Static Analysis/Push over Analysis

Introduction to the Pushover analysis (Non -Linear Static Analysis)
Define Non-Linear Material and Section Properties
Define Loads Patterns and Load Cases
Analyze and Design the Structure
Define Gravity and Push over Load Case
Assign PMM hinges to the structure
Analyze and Check the Model with Non Linear Pushover Load Case
Study the Pushover Curve and Learn to Find Performance point
Improve the Performance of the Structure

23 Storey High Rise RCC Building as per Indian Standards

Learn to Read the Architectural Drawings
Basic Introduction to the Methodology
Enter the Grid Spacing in the model
Enter the Storey Data in the model
Define the Material Properties
Define Reinforcement Bar Sizes
Define Frame Sections
Define Diaphragms , Pier Labels and Spandrel Labels
Define Snap Options
Model the RCC Columns and Shear Walls in the Structure
Model the Cantilever Slab or Projections
Define Supporting Conditions of the RCC Building
Model the Retaining Walls
Assign the Releases to the Structure
Assign the Diaphragms to the RCC structure
Check for Instability in the Structure
Define Response Spectrum Function
Define Dead Loads and Live Loads
Introduction and Explaination of IS1893:2016
Define Earthquake Load Pattern
Define and Assign Wind Load Patterns
Define the Mass Source
Define Super Imposed Dead Load , Dead Load and Live Load
Define Staircase and Super Imposed Dead Loading
Assign live Load Reduction factors
Define Response Spectrum Load Case and Modal Cases
Define P-Delta Options
Define Load Combinations
Understand the ETABS Editor File
Set the Analysis Options
Remove the instability Error
Review the Fundamental Mode Shapes
Correct the Mode Shapes
Check the Static Base Shear
Review the Dynamic Parameters
Reduce the number of Modes
Design of RCC Beams and Columns
Design of Shear Wall
Export Support Reactions to Safe
Model the Structure in Safe
Model the Raft Slab in Safe
Design of Raft Foundation in Safe

ETABS Basics

Introduction to the Welcome Screen
Reinforced Cement Concrete Design Codes available in ETABS
Unit System available
Structural Steel Section Databases Library Available in ETABS
Structural Steel Design Codes Available in ETABS
Create uniform grid spacing and simple story data
Create Non-Uniform Grid Spacing and Custom Story Data
Define European Code Material Properties
Define United States Material Properties
Define Material Properties for Various Countries
Define User Material Properties (Customizable Materials)
Define Reinforcing Bar Sizes
Define Tendon Sections
Define Concrete Frame Section Properties
Define Structural Steel Sections/Members
Create an I section Property in ETABS
Define Predefined Structural Steel Properties from Defualt Structural Steel Libr
Define Composite Frame Section Properties
Define RCC Slab Sections
Define RCC Drop Section
Define RCC Wall Sections
Define Structural Member Property with the help of Section Designer
Define Point Springs, Line Springs, Area Springs and Soil Profiles
Draw Rectangular Floor and Wall Objects
Draw Irregular Floor objects
Draw irregular Wall objects
Draw Walls in Plan View
Draw Wall Stacks
Quick Draw Beams and Columns in Plan, Elevation and 3-D view
Quick Draw Bracing in Elevation View
Quick Draw Columns in Plan and 3-d View
Quick Draw Secondary Beams
Quick Draw Walls and Wall Openings
Draw Different types of Beams (Bezier,Spline,Straight Line,Curved Beams etc.)
Draw Beam, Column and Bracing in Elevation and 3-D view
Define Temperature Loads at a Joint
Define Various Types of Time History Functions
Define Various Types of Response Spectrum Functions
Define Mass Source being used for Earthquake Analysis
Define Load Patterns
Define Load Cases
Define Load Combinations
Define Modal Cases
Define P-Delta Options(Two Options available)
Define Diaphragms(Flexible or Semi Rigid)
Assign Restraints to Joint(Example Pinned, Fixed or Roller etc.)
Select and Deselect Option
Assign Objects(beams/Columns/Slabs) to a Group and Define Them
Assign Frame Loads(Point,Distributed, Trapezoidal and Temperature Loads)
Assign Joint Loads(Translational Force and Rotational Moment along all axis)
Assign Shell Loads (Uniform , Non-Uniform and Load Sets etc.)