Revit: Structural Analysis Tools
1h 23mIntermediate2020-01-21
Authors
Eric Wing
Director of BIM Services at C&S Companies
Course details
Explore the fundamentals of structural analysis in a Building Information Modeling (BIM) workflow using Autodesk Revit for improving design accuracy, analyzing the effects of structural loads, and creating more resilient and sustainable designs. Instructor Eric Wing demonstrates how to set load cases and boundary conditions, and check a model for consistency. Eric also shows how to use Autodesk Robot to perform detailed analysis and explore the results.
Topics include:
- Analyzing the integrity of models
- Structural and symbolic representation settings
- Load cases and combinations
- Analytical model settings
- Placing loads and adding load combinations
- Making adjustments to the model
- Resetting the model
- Checking model consistency
- Analyzing reinforcing
- Sending a model to Robot
- Updating and integrating a model with Robot
- The 360 Structural Analysis dashboard
Topics include:
- Analyzing the integrity of models
- Structural and symbolic representation settings
- Load cases and combinations
- Analytical model settings
- Placing loads and adding load combinations
- Making adjustments to the model
- Resetting the model
- Checking model consistency
- Analyzing reinforcing
- Sending a model to Robot
- Updating and integrating a model with Robot
- The 360 Structural Analysis dashboard
Skills covered
RevitArchitectural VisualizationCivil EngineeringAutodesk3D ModelingVisualization and Real-TimeAECProduct and ManufacturingAnimation and IllustrationDeep Dive (X:Y)
Concepts
0. Introduction
- 01 - Analyzing the integrity of your models
- 02 - What you should know
1. Creating a Model
- 03 - Adding grids and levels
- 04 - Adding a foundation
- 05 - Adding columns
- 06 - Adding framing
- 07 - Pitching framing for roof joists
- 08 - Adding roof joists
- 09 - Adding floors
- 10 - Adding a penthouse
2. Structural Settings
- 11 - Symbolic representation settings
- 12 - Configuring materials
- 13 - Analytical model settings
- 14 - Load cases
- 15 - Load combinations
3. The Analytical Model
- 16 - Placing boundary conditions
- 17 - Adding area loads
- 18 - Adding line loads
4. Robot Structural Analysis
- 19 - Sending a model to Robot
- 20 - View display settings
- 21 - Making changes in Robot
- 22 - Creating a load combination in Robot
- 23 - Creating a finite element mesh
- 24 - Performing a sample analysis
- 25 - Configure code group for design
- 26 - Updating a model with Robot
- 27 - The Results Manager
- 28 - Saving a Robot file
Conclusion
- 29 - Next steps