Welcome
What's New
View new features for HyperLife Crack Growth 2025.1.
Get Started
Learn the basics and discover the workspace.
Tutorials
Discover HyperLife Crack Growth functionality with interactive tutorials.
Setup Analysis
Set up your model for analysis.
Evaluate
Run the model and view results.
- Evaluate the Model
  Use the Run Analysis tool to set up and launch the evaluation.
- Export Batch Run
  Use the Batch tool to run submission in batch.
  - Batch Input File Format
    Use the Batch Input file to run HyperLife in batch.
  - Preferences
    Options to control the Crack growth run
  - Input Files
  - Model Configuration
  - Material Setup
  - Load Map
    The event setup section is defined within this tag.
  - HotSpot Manager
    Use Hotspot Manager to define Crack properties.
  - HotspotData
    Hotspot Definition
  - Evaluate
Systems
Create and assign systems.
HyperLife Crack Growth Overview
The crack growth solver in HyperLife is based on a method developed by Dr. Glinka.topics/fatigue/cg_references_r.html#cg_references_r__growing_crack_load_shedding_r_fn_jrg_2m5_5bc topics/fatigue/cg_references_r.html#cg_references_r__growing_crack_load_shedding_r_fn_vpk_2m5_5bc
Manage Files and Data
Create, open, import, and save models.
Working with Entities
Learn how to manipulate entities.

Input Files

Input files are defined within the following tags:

<InputFiles>
    <ModelFile>D:/Simple_fillet.fem</ModelFile>

    <ResultFile>D:/Simple_fillet.h3d</ResultFile>
  </InputFiles>

This should contain the child elements Model File and at least one instance of Result File.

Model File: Input model file; <ModelFile>D:\SampleFolder\SampleModel.h3d </ModelFile>
Result File: Input result file; <ResultFile>D:\SampleFolder\SampleModel.h3d </ResultFile>