In a context where structural engineering is key to sustainable urban development, the The Autodesk Robot Structural Analysis 2020 course puts you at the forefront of the industry. Demand for professionals trained in structural analysis is booming, with the job market seeking experts capable of creating accurate geometric and analytical models. Throughout the course, you will acquire essential skills for interpreting analysis results and designing both reinforced concrete and steel structures, all from the comfort of your own home thanks to the online format. This course not only will provide you with a comprehensive understanding of the market-leading software, but it will also enable you to excel in a competitive field where precision and innovation are essential. Train in a vital and challenging field that promises a bright future full of opportunities.
Autodesk Robot Structural Analysis version 2020
Engineering, Construction and Infrastructure
40 hours
Introduction
Objectives
- Learn how to create accurate geometric models using Autodesk Robot Structural Analysis.
- To understand how to define an analytical model for effective structural analysis.
- Interpret the results of the analysis in order to make informed design decisions.
- Design reinforced concrete structures in accordance with industry standards.
- To develop the skills needed to design steel structures efficiently.
- Be proficient in using Autodesk Robot tools to optimise analysis processes.
- Identify and correct common errors in structural modelling.
Table of Contents
TEACHING UNIT 1. INTRODUCTION TO THE COURSE
Programme overview
Installation of Robot Structural Analysis (student version)
TEACHING UNIT 2. CREATING THE GEOMETRIC MODEL
User interface
Units and formats
Construction lines
Building floor plans
Definition of materials
Definition of sections
Installation of columns
Installation of beams
Creating shims
Ribbed thicknesses
Laying paving slabs
Holes in slabs
Erection of walls
TEACHING UNIT 3. CREATING THE ANALYTICAL MODEL
Creating groups
Application of supports
Load cases
Wind loads
Application of loads
Seismic spectrum
Load combinations
Mesh generation
Running the analysis
TEACHING UNIT 4. RESULTS OF THE ANALYSIS
Results by chart type: bar charts
Results by map: maps for the bars
TEACHING UNIT 5. DESIGN OF REINFORCED CONCRETE
Introduction
Royal bar armour
Panel formwork
Foundation design
TEACHING UNIT 6. DESIGN OF STEEL STRUCTURES
Industrial Building Assistant
Types of steel bars
Design groups
Sizing of units
Final inspection of steel bars
Steel fittings
Custom design
Conclusion
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