Fatigue of Welds in fe-safe
This course covers simulating the number of cycles till fatigue failures at welds in welded structures. The methods are based on predicting a crack through a certain thickness, in welded structures at the welds (toe, root, throat, etc.; failure mechanisms in welds can be included). Both classification methods (such as BS5400 and BS7608) and structural stress methods (such as the Verity™ module in fe-safe) are included. Examples are provided using FEA output models run in Abaqus, Ansys or Nastran. Not included is temperature-dependent weld fatigue, or weld processes such as friction stir welding or similar. Non-structural joining such as solder is not covered, nor is nonmetallic joining such as adhesive bonding.
- Level
- Advanced
- Length
- 6 hours 5 minutes
- Product
- fe-safe
- Delivery
- Instructor-led or eLearning
What you will learn
- Set up and run various weld fatigue analyses using fe-safe including
- Understand modeling requirements for line welds and spot welds
- Understand the background of the supported weld fatigue methods
- Set up FEA models for weld fatigue and import results into fe-safe
- Use BS5400 Weld Finite Life algorithm in fe-safe
- Define weld lines for structural stress calculations
- Use the Verity® module in fe-safe based on structural stress calculations
- Select a material for fatigue analysis using structural stress methods
- Run weld methods and/or base metal fatigue simultaneously
Topics covered
- Overview - Fatigue of Welds in fe-safe®10 min
- 1 - Overview of Weld Fatigue45 min
- 2 - Using BS5400 in fe-safe50 min
- 3 - Weld Preparation for BS7608 in fe-safe®30 min
- 4 - Weld Preparation for Verity in fe-safe1 hour 15 min
- 5 - Modeling for Verity in fe-safe (General/Shells)50 min
- 6 - Modeling with Solid Elements for Verity in fe-safe®55 min
- 7 - Spot Weld Fatigue with Verity in fe-safe®45 min
- Appendices20 min
Who it is for
Simulation Analysts








