ETABS Advanced Course Modeling&Design of19 stories Buildings

ETABS Advanced Course Modeling&Design of19 stories Buildings, available at Free, has an average rating of 4.3, with 27 lectures, based on 492 reviews, and has 9641 subscribers.

You will learn about Define the Materials Define the Section Properties Import the DXF file from AutoCAD into ETABS Load Patterns Mass Source Load Combinations Assign Loads Automatic Meshing P-Delta Equivalent Static Analysis Method. And all required checks. Response Spectrum Analysis Method. And all required checks. Design Shear Walls, Cores, and Columns. This course is ideal for individuals who are Civil Engineers or Students of civil Engineering It is particularly useful for Civil Engineers or Students of civil Engineering.

Enroll now: ETABS Advanced Course Modeling&Design of19 stories Buildings

Summary

Title: ETABS Advanced Course Modeling&Design of19 stories Buildings

Price: Free

Average Rating: 4.3

Number of Lectures: 27

Number of Published Lectures: 24

Number of Curriculum Items: 27

Number of Published Curriculum Objects: 24

Original Price: Free

Quality Status: approved

Status: Live

What You Will Learn

Define the Materials
Define the Section Properties
Import the DXF file from AutoCAD into ETABS
Load Patterns
Mass Source
Load Combinations
Assign Loads
Automatic Meshing
P-Delta
Equivalent Static Analysis Method. And all required checks.
Response Spectrum Analysis Method. And all required checks.
Design Shear Walls, Cores, and Columns.

Who Should Attend

Civil Engineers
Students of civil Engineering

Target Audiences

Civil Engineers
Students of civil Engineering

Most Present day Design is carried out using computer program. This course offers a lucid presentation of the most famous program of high rise building (Etabs 2016 ).

This course Contains detailed example of 19 Story Building and detailed explanation for the most important utility of the program.I used the step by step instruction guide through the development of ETABS model. Also, in this course, we will discuss the Static and the dynamic analysis Methods And the essential checks according to the ACI Code and the UBC 97 code.

Course Curriculum

Chapter 1: Introduction to the Course

Lecture 1: Introduction

Chapter 2: Modeling

Lecture 1: Start New Project

Lecture 2: Define the Materials

Lecture 3: Define Section Properties

Lecture 4: Prepare the DXF In AutoCAD

Lecture 5: Import the DXF file In ETABS

Lecture 6: Define the Load Patterns

Lecture 7: Define the Mass Source

Lecture 8: Define the Load Combinations

Lecture 9: Assign Loads

Lecture 10: Automatic Meshing

Lecture 11: Assign the Pier labels

Lecture 12: Assign the frame Sections

Lecture 13: Diaphragms

Chapter 3: Equivalent Static Analysis Method

Lecture 1: P-Delta Part 1

Lecture 2: P-Delta Part 2

Lecture 3: Eccentricity

Lecture 4: Irregularity Types

Lecture 5: Torsion ( Static )

Lecture 6: Story Drift ( Static )

Chapter 4: Response Spectrum Analysis

Lecture 1: Define the Modal Cases

Lecture 2: Response Spectrum Analysis

Lecture 3: Response spectrum Factor

Lecture 4: Torsion & Story Drift ( Response )

Instructors

Mahmoud Adam
Structural engineering

Rating Distribution

1 stars: 10 votes
2 stars: 13 votes
3 stars: 62 votes
4 stars: 162 votes
5 stars: 245 votes

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