ETABS from A to Z – V17 2019 – real existing tower example

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: L2- ETABS 17 Enhancements+General about Etabs

Chapter 2: learn Etabs modeling for the basic and intermediate level

Lecture 1: Draw the beams and none beams for the liner load

Lecture 2: L3- Make new model – grid and story

Lecture 3: L4- Define materials and Section Properties

Lecture 4: L5- Define load pattern &caces and combinations

Lecture 5: L6-Draw the columns, shear walls and cores

Chapter 3: Learn how to model all elements

Lecture 1: Draw the slab and correct the edge by different ways

Lecture 2: Assign the load (dead – live – thermal)

Lecture 3: Assign the liner load

Lecture 4: Divide the shear walls and core

Lecture 5: Assign the pairs and diaphragm and make the opening

Lecture 6: Check and fix error

Lecture 7: Replicate the floor and fix the model

Chapter 4: Analyze and design elements

Lecture 1: Analyze options

Lecture 2: Desing the beam

Lecture 3: Design the columns

Lecture 4: Design the shear walls and cores

Chapter 5: The end of the first part

Lecture 1: The end of the first part

Chapter 6: Introduction for modeling real tower

Lecture 1: General info about part 2

Chapter 7: Prepare the files for work

Lecture 1: Read the architect plans part-1

Lecture 2: Read the architect plans part-2

Lecture 3: Prepare the DXF file from architect plans

Chapter 8: Start modeling the tower

Lecture 1: prepare the ETABS file for importing

Lecture 2: import the DXF files in Etabs

Lecture 3: Define materials and wall Section and draw it

Lecture 4: Define the sections and set modifiers

Lecture 5: Draw the columns and the slabs

Lecture 6: Fix the walls & columns in all floors

Lecture 7: Define load pattern (static-seismic-wind ) part-1

Lecture 8: Define load pattern (static-seismic-wind ) part-2

Lecture 9: Define diaphragm –Response spectrum – mass source – P-delta

Lecture 10: Define load cases & load Combinations Part-1

Lecture 11: Define load cases & load Combinations Part-2

Lecture 12: Define load cases & load Combinations Part-3

Lecture 13: Draw the Beam & Opening – Assign the load

Lecture 14: Assign the piers and divide it

Lecture 15: Check the model – prepare it for Analysis

Chapter 9: Analyzing and design

Lecture 1: Read the result – fix the scale factor – Fix the load Combinations Part-1

Lecture 2: Read the result – fix the scale factor – Fix the load Combinations Part-2

Lecture 3: Check Drift , scale factor ,torsional irregularity Part-1

Lecture 4: Check Drift , scale factor ,torsional irregularity Part-2

Lecture 5: Check Drift , scale factor ,torsional irregularity Part-3

Lecture 6: Check soft story & wind displacement

Lecture 7: Design the Columns(Design – check)

Lecture 8: Design the Columns(Design – check) PART-1

Lecture 9: Design the Columns(Design – check) PART-2

Lecture 10: Design the Columns(Design – check) PART-3

Lecture 11: Export reactions for CSI Safe v16 to solve foundations

Chapter 10: Some important notes and comments

Lecture 1: Some important notes and comments

Chapter 11: etabs advanced tutorial

Lecture 1: Construction sequence analysis in Etabs

Lecture 2: part 1 – floating columns in transfer beam

Lecture 3: part 2 – floating columns in transfer beam

Lecture 4: part 3 – floating columns in transfer beam

Lecture 5: building separations – seismic joint –

Lecture 6: Modeling beam – column joint connection

Chapter 12: Modeling and design the steel structure

Lecture 1: Introduction to the steel structure

Lecture 2: Part 1 – Modeling and design the steel frame BS standards

Lecture 3: part 2 – Modeling and design the steel frame BS standards