Structural Design of Buildings using Etabs Software

Structural Design of Buildings using Etabs Software, available at $19.99, has an average rating of 4.85, with 113 lectures, based on 52 reviews, and has 200 subscribers.

You will learn about Basic concepts of Structural Analysis and Design Students learn modelling and design of multi storey structures in Etabs software. Students can Prepare detailed drawings of column, footing, slab, beams, staircase. Export the software design results and cross verify as per IS code provisions This course is ideal for individuals who are Civil Engineers or Structural Engineers or Any one who is curious to learn about structural engineering It is particularly useful for Civil Engineers or Structural Engineers or Any one who is curious to learn about structural engineering.

Enroll now: Structural Design of Buildings using Etabs Software

Summary

Title: Structural Design of Buildings using Etabs Software

Price: $19.99

Average Rating: 4.85

Number of Lectures: 113

Number of Published Lectures: 113

Number of Curriculum Items: 113

Number of Published Curriculum Objects: 113

Original Price: $64.99

Quality Status: approved

Status: Live

What You Will Learn

Basic concepts of Structural Analysis and Design
Students learn modelling and design of multi storey structures in Etabs software.
Students can Prepare detailed drawings of column, footing, slab, beams, staircase.
Export the software design results and cross verify as per IS code provisions

Who Should Attend

Civil Engineers
Structural Engineers
Any one who is curious to learn about structural engineering

Target Audiences

Civil Engineers
Structural Engineers
Any one who is curious to learn about structural engineering

This course is mainly designed to bridge the gap between theoretical and practical knowledge and it teaches you all the basic things you need for analyzing and designing an RCC structure. This helps you to understand all the basic concepts of Structural Analysis which is the backbone of Structural Design and continues to the process of design and detailing of the structure. This course ensures that you do not need to have any prior experience in structural analysis and design software.

The systematic arrangement of this course helps to you learn the software and all the concepts from scratch and will take you to the next level. At end of this course, students will be thought how to make a safe and economical structure as per industrial standards.

This course starts by explaining the concepts of structural Analysis and the relation between structural analysis and design, the concepts of structural members, how to study the architectural drawings, how to locate the column positions, how to make a framing plan, how to make plinth beam layout, how to arrive the preliminary size of all the structural members, how to create grid model in Etabs, how to define material properties with stress-strain curve explanation, how to define & assign member properties, load transfer mechanism, detailed explanation of load calculation for all structural members including staircase, wind load, and seismic load calculation, define and assigning loads, load combinations, structural analysis, post analysis check, structural design in Etabs, design and detailing of all the structural members as per codes and standards.

This course will be useful for civil engineers and structural engineers.

Indian Standard codes like IS-456:2000, IS-875 Part-1, IS-875 Part-2, IS-875 Part-3, IS- 1893-2016, IS-13920, and IS-16700 are explained as per the requirement.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: What is Structural Analysis and Design

Lecture 1: What is Structural Analysis and Design

Chapter 3: Technical terms used in Structural Analysis and Design

Lecture 1: Force of Resistance

Lecture 2: What is Tension

Lecture 3: What is Compression

Lecture 4: What is RCC

Lecture 5: What is Support and types of support

Lecture 6: What is Equilibrium

Lecture 7: What is Bending moment

Lecture 8: What is Shear Force

Lecture 9: How Shear Force and Bending Moment developed in Structural members

Lecture 10: What is Deflection

Chapter 4: Introduction to Structural Members

Lecture 1: Footing

Lecture 2: Column

Lecture 3: Beams

Lecture 4: Slabs

Lecture 5: Staircase

Chapter 5: How to choose preliminary size of Structural Members

Lecture 1: Slab

Lecture 2: Beam

Lecture 3: Column

Lecture 4: Standard Size of Column

Lecture 5: Footing

Chapter 6: Framing Plan & Plinth Layout

Lecture 1: How to read Architectural Drawing

Lecture 2: How to locate Columns

Lecture 3: How to make Framing Plan

Lecture 4: How to make column beam and slab layout with grids

Lecture 5: What is Plinth beam and Plinth level

Lecture 6: How to make Plinth beam Layout

Chapter 7: Loads and Load Transfer Mechanism

Lecture 1: Gravity load

Lecture 2: Lateral load

Lecture 3: Load Transfer Mechanism

Chapter 8: Etabs Introduction

Lecture 1: Etabs Introduction

Lecture 2: How to install

Lecture 3: Etabs Interface

Chapter 9: Modelling in Etabs

Lecture 1: Grid Modelling and Edit storey data

Chapter 10: Defining Material Properties

Lecture 1: Reinforced cement concrete

Lecture 2: What is Stress

Lecture 3: What is Strain

Lecture 4: Stress Strain curve for Concrete

Lecture 5: Stress Strain curve for Steel

Lecture 6: Defining Material Properties

Chapter 11: Defining Member Properties

Lecture 1: Defining Column and Beam Properties

Lecture 2: Stiffness Modifiers

Lecture 3: Defining Slab Properties

Lecture 4: Membrane & Shell thin

Chapter 12: Assigning Member Properties

Lecture 1: Creating Columns

Lecture 2: Creating Beams

Lecture 3: Creating Slabs and Check Model

Chapter 13: Assigning Support Conditions

Lecture 1: Assigning Support Conditions

Chapter 14: List of IS Codes

Lecture 1: List of IS codes used

Chapter 15: Gravity Load Calculation

Lecture 1: Load transfer Mechanism and classification of loads

Lecture 2: Dead load overview

Lecture 3: Self weight of Slab

Lecture 4: Self weight of Beam

Lecture 5: Self weight of Column

Lecture 6: Floor finish load

Lecture 7: Main wall load

Lecture 8: Partition wall load

Lecture 9: Parapet wall load

Lecture 10: Sunken slab load

Lecture 11: Water Proof load

Lecture 12: Staircase load

Lecture 13: Live load

Chapter 16: Wind load

Lecture 1: What is wind load

Lecture 2: Concept of wind load

Lecture 3: Lateral sway

Lecture 4: Wind load calculation

Chapter 17: Earthquake load

Lecture 1: What is an Earthquke

Lecture 2: Earthquake design Philosophy

Lecture 3: List of IS codes used in Earthquake Design

Lecture 4: Earthquake loads on Buildings

Lecture 5: Static and Dynamic Analysis

Lecture 6: Response of RCC structure during an Earthquake

Lecture 7: Earthquake load Calculation

Chapter 18: Defining load patterns in Etabs

Lecture 1: Defining Load Patterns

Chapter 19: Assigning Gravity load (Dead & Live load)

Lecture 1: Assigning main wall load

Lecture 2: Assigning partition wall load

Lecture 3: Assigning Parapet wall load

Lecture 4: Assigning Floor finish load

Lecture 5: Assigning sunk slab load

Lecture 6: Assigning staircase load

Instructors

Sathya Balasundaram
Civil & Structural Engineer

Rating Distribution

1 stars: 0 votes
2 stars: 1 votes
3 stars: 2 votes
4 stars: 22 votes
5 stars: 27 votes

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