Analyze Stress Without Meshing
New physics simulation that runs on your GPU: fast, meshless, and no cloud bill per run.
How it works
- 1
Import your STEP file
Drop a .step or .stp file. It is read and prepared for analysis right in your browser.
- 2
Set your boundary conditions
Click the faces that are fixed and the faces that carry load, enter the force, and pick a material.
- 3
Run and get results
Solve on your GPU and read von Mises stress and displacement directly on your part.
No meshing
Your part becomes a signed distance field, split automatically into a grid of cells that handles complex curves and fine features without breaking. Run physics directly on your imported STEP file.
Validation of results
Each benchmark rebuilds the published problem and solves it on your GPU. In our runs, version 1 landed within ±15% of every published reference.
NAFEMS LE1
Elliptic membrane under tension
Quarter elliptic membrane in plane stress, pulled by a uniform outward pressure on its outer edge.
Hoop stress σyy at the inner ellipse, point D
92.7 MPa±15%
published reference
NAFEMS LE10
Thick elliptic plate under pressure
Thick quarter elliptic annulus plate with a uniform pressure on its top face and mixed supports.
Stress σyy on the top surface at point D
-5.38 MPa±15%
published reference
Lamé analytical solution
Thick-walled cylinder under internal pressure
Cylinder with 100 mm inner and 200 mm outer radius, 100 MPa internal pressure, plane strain.
Hoop stress at the inner wall
166.67 MPa±15%
published reference
Try it now for free
No STEP file handy? Download the motor bracket here.