Mechanical engineering
Run stress studies on every design variant.
Antinuous reads your CAD files and test data and runs stress studies across hundreds of design variants in parallel. It lists where test and simulation disagree and cites each material value.
Use cases
Run a stress study across design variants
Each design and load case is a separate run to set up, mesh and collect.
You ask
Here are STEP files for three bracket designs. Sweep wall thickness from 2 to 6 mm on each, mesh every variant, apply the four load cases in the spec sheet, and compare peak stress and deflection.
What it does
- Antinuous reads the CAD files and the load cases from your uploaded spec.
- It installs open-source meshing and finite element packages, such as Gmsh and FEniCSx, in its code workspace.
- It runs every variant under every load case and collects peak stress and deflection.
- It charts the results and records the code and settings in an analysis notebook.
You get
A notebook with simulation code, a comparison chart and a results table.
Static
Shock
Thermal
Fatigue
Variant A
2.4
1.6
2.1
1.2
Variant B
2.9
1.9
2.2
1.5
Variant C
2.1
1.3
1.8
1
Safety factor by design variant and load case. Illustrative values.
Who it's for
Design engineersChoose materials with a checked source for each value.
Simulation engineersRun stress studies across variants and train fast models.
Test engineersCompare test data with simulation and list the largest gaps.
Engineering managersGet cited literature reviews on a failure mode.
Works with
arXiv
GitHub
Slack
Google Slides
PowerPoint