01Engineering Technology
Next-generation engineering simulation and computational technology.
Naksha is an engineering technology platform built around modern computational methods, structural simulation and advanced engineering workflows.
02Overview
The mesh-free solver works on CAD parts directly and refines itself to an error target, so you get a structural answer while the design is still changing.
Set up once, then run it mesh-free or in CalculiX, Code_Aster, OpenRadioss or MoFEM — and export Abaqus and LS-DYNA decks.
Verification results against published benchmarks such as NAFEMS and NRC are documented, and mesh-free and FE results can be compared side by side.
03Capabilities
Linear static, modal and small-strain plasticity analyses directly on CAD parts, with adaptive passes that stop at your error target.
Bonded and sliding interfaces, RBE2/RBE3 couplings, joints and bushings connect assemblies.
Prepare CAD for analysis inside the same workbench.
Drive open FE solvers — CalculiX, Code_Aster, OpenRadioss and MoFEM — from one model.
Read and write Abaqus .inp and LS-DYNA .k decks, and open PrePoMax projects.
Review results in one viewer, including results from Abaqus, LS-DYNA and more.
Export HTML and PDF comparison reports, or publish interactive 3D result pages that open in any browser.
An optional local MCP link lets an AI assistant drive the running app. Risky actions always ask first.
04How it works
Bring in CAD and prepare the geometry.
Run the mesh-free solver directly on the geometry.
Mesh when you want to and drive open FE solvers from the same model.
Compare results side by side and publish reports.
05Who it’s for
Work with LS-DYNA and OpenRadioss models and correlate against crash and impact tests.
Fast stiffness and stress checks on CAD assemblies, before a full FE study.
Take any client's format, translate between solvers and deliver browser-ready reports.
An industrial-style workflow on open solvers, for teaching and testing methods.
06Technology
Start a conversation
Talk to the team behind Naksha — or tell us about the problem you are trying to solve.