ETABS from A to Z V17 2019 real existing tower example

ETABS from A to Z – V17 2019 – real existing tower example, available at $59.99, has an average rating of 4.4, with 59 lectures, 1 quizzes, based on 192 reviews, and has 799 subscribers.

You will learn about 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 This course is ideal for individuals who are civil student engineering or structural student engineering or construction student engineering It is particularly useful for civil student engineering or structural student engineering or construction student engineering.

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

Summary

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

Price: $59.99

Average Rating: 4.4

Number of Lectures: 59

Number of Quizzes: 1

Number of Published Lectures: 59

Number of Curriculum Items: 60

Number of Published Curriculum Objects: 59

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will 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

Who Should Attend

civil student engineering

structural student engineering

construction student engineering

Target Audiences

civil student engineering

structural student engineering

construction student engineering

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 )

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

Instructors

Mohammed Flaha
structural engineer

Rating Distribution

1 stars: 4 votes

2 stars: 7 votes

3 stars: 19 votes

4 stars: 65 votes

5 stars: 97 votes

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