Superpositions#
List of Available Tutorials#
- General Explanations for the Use of MAXIMA - Action Combinations in order to get Design Forces or Load Case Combinations
- Superposition of the Permanent Action G and Consideration of their Load Cases - Difference between PERM and PERC
- General Explanations for Actions and their Categories in the Superposition Process
- Superposition of the Action with Categories using Alternative Load Groups - Difference between ALEX, EXCL and EXEX
- Determination of Decisive Load Case Combinations with Superposition of Normal Stresses in Cross Section Points
- Superposition of Load Groups
- Superposition according to Russian SP 20.13330.2016: Loads and Actions
Objectives#
With the available tutorials the user will get information about the combinations and superpositions of special design codes and their implemetation in the SOFiSTiK Workflow.
Workflow Steps for Combinations and Superpositions#
Create a new SSD project file or a Teddy file
Define project name
Select design code and, if available, the category / classification of structure
Select system
Define materials
Define cross sections (standard cross-sections or custom via Cross-Section Editor)
Define actions with the Action Manager or with the program SOFiLOAD
System and load generation within SOFiPLUS, Teddy, Revit or Rhino
Linear Analysis of already defined loads
Define combinations and Superpositions
Hint
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