Modeling and Design of RC Buildings in Autodesk Robot | Part 16: Wind Loads and Errors

Welcome to the continuation of our series in which we are going to model, analyze and design an RC building using Autodesk Robot. From the first video, it seems it is gonna be AWESOME!

In Today's video, we are gonna quickly deal with Wind Loads.

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Current Video Ideas for the Future:
Video on Gap
Video on Column Buckling in a Real Structural Setting.
Video on Load Take Down Slabs
Video about instabilities.
Full Structure with mesh and twisting.
Advanced Mesh Options
The Dynamics Series: comparative analysis between robot
Circular Arrangement of Reinforcement
Highway Bridge
Watertank with non-linear hinges.
3D elements in Dams or soil-structure interactions
Basement Walls and the discontinuity of loads on columns
Influence Surfaces
When and why modal mass is always 90% or less.
Tie beams in normal structure.
More details about modal participation / report?
Masses and stiffnesses to control modes
LL Reduction in ACI/ASCE (vertical and horizontal)
A possible way to model columns with pressure areas
Raft with larger thickness and positions
Robot - seemingly - erratic deformation when supported by beams and columns
Complex and Principle results
Simple TBM tunnel lining analysis in robot
Tapered beam steel design


Timestamps:
0:00 Hello Everyone!
1:01 Options for Wind Load
3:13 Using the "Edit Substructure Option"
5:00 Modeling
7:00 Troubleshooting Errors
15:00 Very SNEAKY Error
17:00 Some Comments on Design
21:00 That's that!