2022.1

Home
Technical Details of HyperLife Weld Certification
Learn details about the core modules used in HL-WC calculations along with the parameters that are assigned based on the standards.
Specifications
Non-Welds

2022.1

What's New
View new features for HyperLife Weld Certification 2022.1.
Get Started
Learn the basics and discover the workspace.
Tutorials
Discover HyperLife Weld Certification functionality with interactive tutorials.
Weld Evaluation Process
Set up the model for weld evaluation.
Technical Details of HyperLife Weld Certification
Learn details about the core modules used in HL-WC calculations along with the parameters that are assigned based on the standards.
- Model Preparation
- 1D and Shell Element Connections
- The Weld Evaluation
- Specifications
  - Welds
  - Non-Welds
    - FKM Classification Parameters (Non-Welded)
    - Eurocode 3 Classification Parameters (Non-Welded)
    - Stress Life Method (Non-Welded)
      Uniaxial Fatigue Analysis, using S-N (stress-life) approach for predicting the life (number of loading cycles) of a structure under cyclical loading may be performed by using HyperLife.
    - ERRI
      Computing Margin of Safety with ERRI B12 RP60.
Manage Files and Data
Create, open, import, and save models.
Working with Entities
Learn how to manipulate entities in HyperLife Weld Certification.
Panels
Panels contains pre-processing and post-processing tools.

2022.1

Home
Technical Details of HyperLife Weld Certification
Learn details about the core modules used in HL-WC calculations along with the parameters that are assigned based on the standards.
Specifications
Non-Welds

Non-Welds

FKM Classification Parameters (Non-Welded)
Eurocode 3 Classification Parameters (Non-Welded)
Stress Life Method (Non-Welded)
Uniaxial Fatigue Analysis, using S-N (stress-life) approach for predicting the life (number of loading cycles) of a structure under cyclical loading may be performed by using HyperLife.
ERRI
Computing Margin of Safety with ERRI B12 RP60.