In a landscape where precision and efficiency in structural analysis have become essential, our course Basic Structural Analysis with Autodesk Robot v2020 It stands out as an essential training programme. Aimed at those wishing to master the fundamentals of the software, this course covers everything from initial setup to preferences for projects and the application of structural regulations, right through to the geometric definition using basic operations and advanced visualisation with Viewcube and attribute views. We provide a grounding in structural modelling and analysis through practical examples, ensuring an understanding of materials, cross-sections, the assignment of boundary conditions and the configuration of load cases. Specialised analyses such as static, linear and non-linear p-delta calculations, together with global buckling, round off this essential module. By immersing yourself in this online training course, you will acquire basic skills in a leading tool in the market, opening the door to new opportunities.
Basic Structural Analysis with Autodesk Robot v2020
Architecture, construction and urban planning
40 hours
Introduction
Objectives
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To understand the basics of using this software in terms of calculations and structural design.
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Mastering the fundamental aspects of modelling y analysis with this programme by working through some simple examples
Table of Contents
TEACHING UNIT 1. INTRODUCTION TO AUTODESK ROBOT
Downloading and installing the trial version
Introduction to Autodesk Robot
Project preferences: Units
Materials
Structural design regulations
TEACHING UNIT 2. GEOMETRIC DEFINITION
2D Structures: Defining the structure’s geometry using construction lines
Definition of nodes, beams and shell-type elements
Operations on lines: division, cutting, intersection and extension
Editing the structure: Moving, copying, rotating, mirroring and homothecy
Display options: Viewcube. Attribute view
TEACHING UNIT 3. STRUCTURAL DEFINITION
Definition of materials. Definition and allocation of sections
Boundary conditions (configuration and type of supports) and internal constraints
Load cases: Dead load, live load, wind, snow, temperature, exceptional and seismic
Loads on knots: Forces and moments, imposed displacements. Allocation
Loads on beams: Uniform, trapezoidal, distributed moments, thermal loads. Allocation
TEACHING UNIT 4. SPECIAL ANALYSES
An Introduction to Structural Analysis
Static and linear analysis. Structural analysis
Analysis of results
Non-linear p-delta static analysis
Global buckling analysis
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