Etabs: For Structural Design Of Buildings

Structural Analysis and Structural Design of Residential Building in ETABS with Real World Project.

What you'll learn
Learn structural analysis and design of a residential building using ETABS.
Detail and design the column and beam longitudinal and shear reinforcement.
Analyze and design any kind of civil engineering structure using ETABS.
Free access to the basic course of ETABS that is available in my profile.
Export the designed data to excel for further calculations.
Do preliminary design of structural members.
Calculate lumped mass, base shear and strorey shear.
Requirements
Basic knowledge of computer.
ETABS ( Any version) installed in the computer.
Description
Description of The CourseThis course titled " ETABS: Structural Analysis and Design of a Building" teaches you all the things required for the structural analysis and design of a residential building. This course doesn't require you to have any prior experience in this software or any other structural design software. It will teach all the aspects of the software from very basic and will take you to the higher levels of the software as the course progresses. The course has been very systematically arranged so that you can best understand the software. Once you complete this course, you will have all the necessary knowledge to do the structural design of a building. You can do the structural design of buildings on your own projects. We spent years at college but yet there are some topics that are overlooked in the engineering syllabus but are important in working fields. This course titled " ETABS: Structural Analysis and Design of a Building" has been created in order to fill that void and help students start out with structural design software. ETABS is a structural analysis and design software developed by csiamerica. It is a very powerful software that can design almost any kind of civil engineering structure.ETABS is used for the design of beam and columns only.  Howeever, this course also contains the design of slab and the footing. Unlike other courses available online which only teach you tools of ETABS and not the actual process of analysis and design, this course takes a real-world architectural drawing of a building so as to explain the entire process from modeling up to the design.

Overview

Section 1: Introduction To The Software

Lecture 1 The User Interface

Lecture 2 Download and Install the Software

Lecture 3 Introduction to the Grids

Lecture 4 How to Speed up to Slow down the Lecture speed?

Lecture 5 Modelling of a Continuous Beam

Lecture 6 Analysis of The Continuous Beam

Lecture 7 Analysis of a Truss

Section 2: Preliminary Design (Optional)

Lecture 8 Introduction

Lecture 9 Preliminary Design of Slab

Lecture 10 Preliminary Design of Beam

Lecture 11 Preliminary Design of Column

Section 3: Modeling of Building

Lecture 12 Read Architectural Drawing

Lecture 13 Define Grids

Lecture 14 Define Materials

Lecture 15 Define Section Properties

Lecture 16 Correction of Grids

Lecture 17 Modelling Up To Ground Floor

Lecture 18 Modelling of First Floor

Lecture 19 Modeling of Second and Third Floors

Lecture 20 Extruding the Model

Lecture 21 Modeling of Balcony

Lecture 22 Assigning Support to the Model

Lecture 23 Lowering The Tie Beam

Section 4: Modeling of Staircase

Lecture 24 Read Architectural Drawing of Staircase

Lecture 25 Define Reference Points and Reference Planes

Lecture 26 Model Staircase From Ground Floor to First Floor

Lecture 27 Model The Landing Beam

Lecture 28 Model Staircase From First Floor to Second Floor

Section 5: Advanced Modelling Options

Lecture 29 Model Secondary Beams

Lecture 30 Model Curved Beams

Lecture 31 Different Modes of Modelling a Beam

Lecture 32 Offsetting The Beam While Modelling

Lecture 33 Modelling Circular Columns

Lecture 34 Modelling Eccentric Columns

Section 6: Load Application

Lecture 35 Defining Load Patterns, Diaphragm and Mass Source

Lecture 36 Application of Partition Load

Lecture 37 Application of Shell/ SLab Load

Lecture 38 Application of Wall Load on Slab/Shell

Lecture 39 Meshing of Slab and Frame Structures

Section 7: Calculation of Seismic Weight, Base Shear and Storey Shear (Optional)

Lecture 40 Introduction

Lecture 41 Seismic Load Calculation

Lecture 42 Base Shear Calculation

Lecture 43 Storey Shear Calculation

Section 8: Application of Lateral Loads

Lecture 44 Application of Lateral Loads Introduction

Lecture 45 Application of Earthquake Load Method-1

Lecture 46 Application of Earthquake Load Method-2

Lecture 47 Application of Earthquake Load Method-3

Lecture 48 Application of Wind Load

Section 9: Load Combination and Structural Analysis

Lecture 49 Introduction To Load Combinations

Lecture 50 Defining The Load Combinations

Lecture 51 Analyzing The Building

Section 10: Design Of The Building

Lecture 52 Design Of The Building

Lecture 53 Redesigning the Columns

Section 11: Design Checks To Be Performed

Lecture 54 Check for Section Failure

Lecture 55 Rebar Percentage

Lecture 56 P-M-M Interaction Ratio

Lecture 57 Beam Column Capacity

Lecture 58 Storey Displacement, Storey Drift and Drift Ratio

Lecture 59 Torsional Irregularity

Section 12: Detailing of Column Rebars

Lecture 60 Introduction

Lecture 61 Understanding the Rebar Values of ETABS

Lecture 62 Rebar Combination of the Plinth Level Column

Lecture 63 Sketching the Rebars of the Plinth Level Column

Lecture 64 Detailing the Rebars of the Ground Floor Column

Lecture 65 Detailing the Rebars of the First Floor Columns

Lecture 66 Detailing the Rebars of the Second Floor

Lecture 67 Concept of the Lapping of Bars in Floor Levels

Lecture 68 Concept of Detailing the Columns Having increasing Reinforcement Values

Lecture 69 Detailing of Columns with Increasing Reinforcement values upto First Floor

Lecture 70 Detailing of Columns with Increasing Reinforcement values at Second Floor

Lecture 71 Concept of Detailing of Similar Columns and Preparing Structural Drawings

Lecture 72 Shear Detailing : Getting results from ETABS

Lecture 73 Calculating the Required Spacing of the Lateral Ties

Lecture 74 Detailing of the Lateral Ties

Section 13: Detailing of Beam Rebars

Lecture 75 Overview of the Structural Drawing of Beam

Lecture 76 Studying the Results of ETABS

Lecture 77 Detailing of Top Mid Bars

Lecture 78 Detailing of Top Extra Bars

Lecture 79 Finalizing the Top Bars

Lecture 80 Detailing of the Bottom Reinforcement

Lecture 81 Grouping the Beam Details

Lecture 82 Detailing the Bars at the Beam Junction

Lecture 83 Concept of Lapping of Bars

Lecture 84 Detailing of Extra Bars at the Bottom

Lecture 85 Important Point to Remember

Lecture 86 Calculating the Stirrup Spacing

Lecture 87 Providing The Shear Reinforcement

Section 14: Exporting ETABS Results To Excel

Lecture 88 Export Model Results

Lecture 89 Export Analysis Results

Lecture 90 Export Center of Mass and Center of Rigidity Values

Lecture 91 Export Design Results

Section 15: Design of Slab

Lecture 92 Introduction

Lecture 93 Inputs for Slab Design

Lecture 94 Calculation of Slab Moments

Lecture 95 Calculation of Area of steel

Lecture 96 Detailing of slab (Brief)

Lecture 97 Design checks to be performed

Section 16: Detailing of slab

Lecture 98 Slab Reinforcement Overview

Lecture 99 Reading the Structural Drawings of Slab

Lecture 100 Detailing of Bent up Bars

Section 17: Design Excel Sheets

Lecture 101 Design of Slab

Lecture 102 Design of Isolated Footing

Lecture 103 Design of Raft Foundation

Lecture 104 Design of Staircase

Lecture 105 Design of Beam

Lecture 106 Design of Column

Section 18: What Next?

Lecture 107 What Next? (Bonus Lecture)

Civil engineering students who wish to learn ETABS for structural analysis and design.,Civil engineering graduates who wish to pursue their career in structural analysis and design of buildings.,Graduates doing project on building design.