Parametric solid design
Create traceable geometry from sketches, primitives, feature edits, and reusable model parameters.
AxiomSim
Design, verify, and simulate solid and deformable bodies
AxiomSim is an AI-assisted CAE workspace for building geometry, preparing material and boundary-condition models, generating solver modules, and running admitted simulations in a controlled environment.
CAE loopGeometry to verified simulation
SketchSolidMaterialLoadMeshSolver
Platform direction
Controlled AI for engineering design and simulation
The product direction is not a tooltip layer over a fixed solver. It is a workflow where language models propose geometry operations and solver modules while deterministic engines validate every operation before it touches the model or executes code.
Deformable body modeling
Prepare material regions, loads, restraints, and bodies for mechanics workflows beyond rigid CAD shapes.
Language-native setup
Use AI assistance for model intent while deterministic geometry and solver checks remain in control.
Verified solver execution
Promote generated solver modules only after schema checks, sandbox limits, and numerical admission tests.
Modeling workflow
From design intent to trusted numerical output
AxiomSim is designed for researchers, mechanical teams, and computational engineers who need a precise path from body definition to simulation results.
Describe the part, assembly, loading condition, or deformation study in engineering language.
Convert model intent into inspectable geometry operations, materials, constraints, and solver inputs.
Validate every operation before it modifies a body or runs generated numerical code.
Run admitted simulations with clear outputs for residuals, reactions, fields, and model history.
Contact
Contact the AxiomSim owner
Use one channel for research collaborations, pilot projects, product feedback, bug reports, advertising, and partnership requests related to AI-assisted design and physics simulation.
- Pilots and collaborationsDiscuss research workflows, early evaluations, and solid or deformable body simulation use cases.
- Feedback and supportSend bug reports, product feedback, documentation notes, or requests for geometry and solver workflows.
- Advertising and partnershipsReach a technical audience through useful, unobtrusive sponsorships or partner integrations.