Autodesk Revit Robot Structural Analysis_1

Autodesk Revit & Robot Structural Analysis, available at $19.99, has an average rating of 3.7, with 37 lectures, based on 17 reviews, and has 69 subscribers.

You will learn about Autocad to Revit Revit to Robot Structural Analysis Proper Setting in Autocad Setting up Levels in Revit Creating the Grids Modelling of the Column Modelling of the Beam Modelling of the Slab Advance Modelling In Revit Proper Modelling of the Staircase Providing the Support Condition Define & apply the Load in RSA Required Reinforcement of RC Beam & Column Result Diagram Provided Reinforcement for Column Provided reinforcement of the beam Required Reinforcement of RC SLAB Design of the footing This course is ideal for individuals who are Civil engineers or Architects or BIM Engineers or Structural Engineers It is particularly useful for Civil engineers or Architects or BIM Engineers or Structural Engineers.

Enroll now: Autodesk Revit & Robot Structural Analysis

Summary

Title: Autodesk Revit & Robot Structural Analysis

Price: $19.99

Average Rating: 3.7

Number of Lectures: 37

Number of Published Lectures: 37

Number of Curriculum Items: 37

Number of Published Curriculum Objects: 37

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Autocad to Revit

Revit to Robot Structural Analysis

Proper Setting in Autocad

Setting up Levels in Revit

Creating the Grids

Modelling of the Column

Modelling of the Beam

Modelling of the Slab

Advance Modelling In Revit

Proper Modelling of the Staircase

Providing the Support Condition

Define & apply the Load in RSA

Required Reinforcement of RC Beam & Column

Result Diagram

Provided Reinforcement for Column

Provided reinforcement of the beam

Required Reinforcement of RC SLAB

Design of the footing

Who Should Attend

Civil engineers

Architects

BIM Engineers

Structural Engineers

Target Audiences

Civil engineers

Architects

BIM Engineers

Structural Engineers

Welcome to this Revit & Robot Structural Analysis Course!

Let’s see what we are going to cover in this course:

First of all, we will modify an AutoCAD plan to make it ready for import into Revit. After that, we’ll import the AutoCAD file into Revit and focus on the modeling of Reinforced Concrete Elements like Columns, Beams, and Slabs.

We will also delve into advanced modeling of stairs, which is a crucial aspect of structural design.

Following that, we’ll export the model to Robot Structural Analysis for further tasks such as Analysis and Design. In Autodesk Robot Structural Analysis, we will analyze and design Beams, Columns, and Slabs using both the Required Reinforcement Method and Provided Reinforcement Method.

We’ll also design Slabs and Footings in Robot Structural Analysis, all from a Structural Analysis point of view.

In short: AutoCAD to Revit, and then Revit to Robot Structural Analysis.

All the content in this course is well-organized and presented in a step-by-step manner, making it easy to follow with comprehensive explanations. For example, I’ve explained the proper settings for the AutoCAD file before exporting it to Revit, ensuring you won’t encounter issues in the future. I’ve also discussed common problems that may arise in Revit during advanced modeling, such as with stairs, and how to solve them efficiently.

I’ve also addressed issues that you might encounter in Robot Structural Analysis Professional, particularly while designing foundations.

Hope you will enjoy this course!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Preparing the File for the Revit

Lecture 2: Initial Settings in the Revit

Lecture 3: Setting Up the Levels

Lecture 4: Importing the Autocad File into the Revit

Lecture 5: Create the Grid

Lecture 6: Visual Setting

Lecture 7: 3D VG

Lecture 8: How to solve the alignment problem

Lecture 9: Modelling of the column

Lecture 10: Modelling of the Beam

Lecture 11: Modelling of the Beam at the GL

Lecture 12: Define the Concrete slab

Lecture 13: Modelling of the Slab

Lecture 14: Modelling of the Staircase slab part 1

Lecture 15: How to solve over lapping in Revit

Lecture 16: Modelling of the Staircase Slab Completed

Lecture 17: How to tackle the modelling issue

Lecture 18: Editing the Analytical Name

Lecture 19: Proper Replication in Revit

Lecture 20: Modelling of the Mumty Wall

Lecture 21: Providing the Support Condition

Lecture 22: How to export from revit to robot

Chapter 2: Robot Structural Analysis

Lecture 1: Basic Commands in RSA

Lecture 2: Define the Load in RSA

Lecture 3: Applying the load in the RSA

Lecture 4: Code selection and Meshing

Lecture 5: Calculation Parameters for Beam and Column

Lecture 6: How to run the Analysis

Lecture 7: Required Reiforcement of RC Beam & Column

Lecture 8: Result Diagram

Lecture 9: Provided Reinforcement of the column

Lecture 10: Provided reinforcement of the beam

Lecture 11: Required Reinforcement of RC SLAB

Lecture 12: How to add the load combination

Lecture 13: Design of the footing

Lecture 14: Design of the Foundation Part 2

Lecture 15: Reinforcement Error Problem and Solution

Instructors

Civil Engineers Destination
Architect by Heart, Civil Engineer by Profession.

Rating Distribution

1 stars: 0 votes

2 stars: 2 votes

3 stars: 4 votes

4 stars: 9 votes

5 stars: 2 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

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