Robot Structural Analysis (Steel Structure)

Robot Structural Analysis (Steel Structure)

Robot Structural Analysis (Steel Structure)

Autodesk Robot Steel Structure Modeling Analysis and Design Advanced course with all structural steel element

Language: english

Note: 4.4/5 (150 notes) 17,766 students

Instructor(s): Ahmad Traboulsi

Last update: 2021-07-14

What you’ll learn

  • Autodesk Robot Steel Structure Model Design and Analysis of steel structural element

 

Requirements

  • General civil engineering knowledge

 

Description

This course not just a tutorial on software Robot but it is a complete understanding about structural design analysis, how civil engineer must begin with the project, how he/she must think, how we can determine the dimension of the element before modeling them check it in the software. In this course we will a “Hangar” steel structure with all steel structural element

Rafters; Columns; Truss; Top Chord; Bottom Chord; Internal elements; Rail Sides; Beams; Wind Columns; Wind Beams; Bracing; Beam connection; Column connection; Purlins.

In this course you will learn how to choose the best section of each type of steel structural element using in the Hangar.

You will show how to model the Cladding for the structure

You will show how to design the Hangar structure using American Code AISC

You will learn how to design steel structure “Hangar” under lateral loads “wind loads”

In this course we will show the different standard steel sections I Section (HP, M, S, W); C-Shape; Angle Sections; and Pipes sections we will show how we can model and using these different structural steel sections how you define them and design + check the capacity of these sections

The dimensions and properties for structural sections commonly used in steel building structure design and construction are given in this course in addition to all design consideration and  proper material availability and specification according the AISC code.


 

Who this course is for

  • Beginner and Expert

 

Course content

  • Introduction
    • Introduction Course Outline + American and European Sections definitions Codes
  • Robot Steel Structure Work
    • Define Code Region and Units
    • Define Materials and Databases
    • Define Grids
    • Draw Columns
    • Draw Rafters
    • Define and Modeling Trusses in the Hangar
    • Define Support
    • Draw Rails and Top beams
    • Draw C shapes beams for structural and industrial using
    • Drawn Wind Column and Beams
    • Draw Bracing
    • Gladding
    • Define loads Types
    • Define Wind Loads
    • Define loads combinations
    • Apply Loads and Calculation
    • Forces diagrams
    • Design Properties
    • Rails Side Design
    • Columns Design
    • Truss Design
    • Connection Design
    • Foundation Design
    • Course Problems and Students Understand

 

Robot Structural Analysis (Steel Structure)Robot Structural Analysis (Steel Structure)

Time remaining or 790 enrolls left

 

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