Virginia E-learning Autodesk Robot 2016 Tutorial. III - Steel - Building STR Analysis

Autodesk Robot 2016 Tutorial. III - Steel - Building STR Analysis.

For Analysis and Design of Steel Structures in Buildings. Compatible with 2017 versions.

Welcome to our Autodesk Robot Structural Analysis Professional 2016 Tutorial. Steel. Part III.

For Analysis and Design and Analysis of Steel Structures in Buildings.
Based on our previous course of Autodesk Robot SAP for Structural Analysis of Steel Structures, this time we’ll focus on the next objectives:
Analysis and Design of Steel Structures on Buildings of 20 levels and above. Formed by hot-rolled profiles or elements created from steel plates welded or bolted.

Analysis of Proposed Sections before different load cases and combinations. And according to the desire design code or regulation from your country or region.

Configure Autodesk Robot 2016 according to your country or regional design code.

Perform a Dead, Live and Load Combination Analysis of the Structure.
Design of concrete slabs on Steel Structures. As well as Steel Decks.
Design of Retaining Structures for the underground levels of the building; considering both the static load of the soil and nearby structures.
Design of underground slabs for the parking levels, according to the Live

Loads coming from moving vehicles inside the structure.

Wind Load Simulation over the structure of the Building.
Analysis of connections, either welder or bolted, between the different elements of the structure. Allowing the engineer to determine the different types of relations between them, degree of permitted displacement, rotation, etc.

Professional Online Support Included for all the subjects covered in this course.

From the Bridge over the Harare River in Zimbabwe, to the seismic resistant buildings in Brunei. Or the Panama Canal’s Flooding Control and the landing tracks in the mountains of Turkey. Virginia E-Learning will guide you to take these projects from your computer out to the Real World.

112 McInnis Parkway.
San Rafael, CA 94903.
USA.

This release was published on openPR.