Where Naksha earns its place.

Automotive & passive safety

Crash and impact, without the format wars.

Safety work mixes LS-DYNA, OpenRadioss and physical tests. Naksha reads crash models and results natively and scores simulation curves against test curves.

1. Open the LS-DYNA deck (.k), checked against the R13 keyword manual
2. Convert to OpenRadioss and run it locally, or keep running LS-DYNA under your own licence
3. Load the d3plot or OpenRadioss animation files into the same viewer
4. Rate the curves against test with ISO/TS 18571 and CORA, and run head-impact checks such as UN R21

One viewer for decks, results and test correlation

Machine & product design

A quick answer while the design is still moving.

Designers need to know whether a bracket is stiff enough today, not after a week of meshing. The mesh-free solver answers directly on the CAD assembly.

1. Import the STEP assembly and let the app detect the part-to-part connections
2. Pick a material from 500+ library cards, or 8,800+ with Pro, then apply supports and loads
3. Solve mesh-free to a 1% error target, for static, modal or plastic analysis
4. Send the same model to CalculiX or Code_Aster when it's time for sign-off

Design checks in minutes, with FE on hand when you need it

Engineering consultancies

Take any client's model. Send back something they can open.

Every client has a different solver. Naksha reads and writes the common formats and turns results into reports that open in a browser.

1. Receive Abaqus, LS-DYNA, CalculiX or PrePoMax files and open them as one model
2. Review CalculiX, Code_Aster or d3plot results in one viewer
3. Compare your result with the client's side by side
4. Deliver an HTML report or an interactive 3D result page

Fewer licences, faster deliverables

Education & research

Open solvers, real workflows.

Students and researchers get an industrial-style workflow on top of open solvers such as CalculiX, Code_Aster, OpenRadioss and MoFEM.

1. Set up NAFEMS-style benchmarks and run them on several solvers
2. Compare the methods: mesh-free, tets, hexes, linear and quadratic elements
3. Script batch studies from the command line or through an AI assistant

Teach and test the methods, not just the menus