ETABS from A to Z - V17 2019 - real existing tower example
4.4 (98 ratings)
Course Ratings are calculated from individual students’ ratings and a variety of other signals, like age of rating and reliability, to ensure that they reflect course quality fairly and accurately.
471 students enrolled

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

CSI ETABS 2019 with real existing example using american codes
4.4 (98 ratings)
Course Ratings are calculated from individual students’ ratings and a variety of other signals, like age of rating and reliability, to ensure that they reflect course quality fairly and accurately.
471 students enrolled
Created by Mohammed Flaha
Last updated 5/2020
English
English [Auto]
Current price: $139.99 Original price: $199.99 Discount: 30% off
5 hours left at this price!
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This course includes
  • 10.5 hours on-demand video
  • 19 downloadable resources
  • Full lifetime access
  • Access on mobile and TV
  • Certificate of Completion
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What you'll learn
  • Structural Engineering
  • modeling Real existing tower building in Dubai
  • Import the DXF file for fast modeling
  • Define material and section
  • Define load case and load combinations
  • Use American codes ( ACI - UBC - ASCE )
  • seismic load ( Static - Dynamic )
  • Response spectrum
  • Modify the model after making
  • Thermal load and wind load
  • P-Delta
  • check the model and fix the errors
  • Check Drift , joint displacement , scale factor , torsional irregularity , soft story , week story , wind displacement
  • Design Columns , Shear Walls and Cores
  • Export reactions for CSI Safe v16 to solve foundations
  • Construction sequence analysis in Etabs
  • floating columns in transfer beam or slab
  • building separations / gap calculation from Etabs model
  • Modeling and design the steel structure
Requirements
  • have initial knowledge in civil engineering
Description

Learn how to use the world's most popular application for structural design

This application is used to design the world-famous towers and towers such as Burj Khalifa

Learning will be done by a simple example of learning the basics

And then a real advanced example of learning things developed in the application to be able to design any project through the application

We will Use American codes ( ACI - UBC - ASCE )

Who this course is for:
  • civil student engineering
  • structural student engineering
  • construction student engineering
Course content
Expand all 59 lectures 10:17:38
+ Introduction
2 lectures 07:21

introduction for the course and what you will learn in this course

Preview 02:48
L2- ETABS 17 Enhancements+General about Etabs
04:33
+ learn Etabs modeling for the basic and intermediate level
5 lectures 39:25
Draw the beams and none beams for the liner load
03:00
L3- Make new model – grid and story
11:01
L4- Define materials and Section Properties
10:07
L5- Define load pattern &caces and combinations
08:32
L6-Draw the columns, shear walls and cores
06:45
+ Learn how to model all elements
7 lectures 36:12
Draw the slab and correct the edge by different ways
07:10
Assign the load (dead – live – thermal)
03:34
Assign the liner load
06:49
Divide the shear walls and core
04:23
Assign the pairs and diaphragm and make the opening
06:09
Check and fix error
02:51
Replicate the floor and fix the model
05:16
+ Analyze and design elements
4 lectures 30:57
Analyze options
03:07
Desing the beam
06:43
Design the columns
11:43
Design the shear walls and cores
09:24
+ Introduction for modeling real tower
1 lecture 06:58

Here I will add the following files for the project

- All Autocad file - 30 drawing -

- final ETABS EDB file

- filnal Etabs f2k file

- soil report

General info about part 2
06:58
+ Prepare the files for work
3 lectures 36:15
Read the architect plans part-1
09:01
Read the architect plans part-2
15:55
Prepare the DXF file from architect plans
11:19
+ Start modeling the tower
15 lectures 02:53:35
prepare the ETABS file for importing
11:08
import the DXF files in Etabs
04:31
Define materials and wall Section and draw it
09:47
Define the sections and set modifiers
10:19
Draw the columns and the slabs
08:06
Fix the walls & columns in all floors
13:54
Define load pattern (static-seismic-wind ) part-2
06:49
Define diaphragm –Response spectrum – mass source – P-delta
11:43
Define load cases & load Combinations Part-1
11:26
Define load cases & load Combinations Part-2
15:49
Define load cases & load Combinations Part-3
09:15
Draw the Beam & Opening – Assign the load
25:31
Assign the piers and divide it
13:53
Check the model – prepare it for Analysis
11:36
+ Analyzing and design
11 lectures 01:59:54
Read the result – fix the scale factor - Fix the load Combinations Part-1
12:18
Read the result – fix the scale factor - Fix the load Combinations Part-2
09:53
Check Drift , scale factor ,torsional irregularity Part-2
04:53
Check Drift , scale factor ,torsional irregularity Part-3
10:19
Check soft story & wind displacement
12:28
Design the Columns(Design – check)
24:58
Design the Columns(Design – check) PART-2
10:02
Design the Columns(Design – check) PART-3
16:17
Export reactions for CSI Safe v16 to solve foundations
06:19