Computational Mechanics Software
Set up engineering simulations at the speed of a conversation.
Aperi-Mech is a solid mechanics solver designed for AI. It uses advanced algorithms to automate meshing, so AI can build finite element simulations quickly and efficiently, without burning tokens or chasing dead ends. It runs natively on CPUs and GPUs for maximum efficiency and flexibility.
Solver
Aperi-Mech
Aperi-Mech is our flagship solver, designed to run efficiently with an AI agent.
- Supports unstructured meshes. Generate analysis-ready meshes from imperfect geometry or raw scans without manual cleanup.
- Explicit transient dynamics, implicit dynamics, and statics. All done with matrix-free solvers, no global assembly required.
- Performance portable: single codebase runs natively on CPUs and GPUs with no vendor lock-in.
- Meshfree and finite element methods in a single framework.
Read about Aperi-Mech and the Conforming Reproducing Kernel method →
Workflow
AI-Guided Workflow
- An AI agent walks you through problem setup, validates modeling decisions, and performs tedious tasks such as input deck generation.
- Every decision documented, with full traceability for improved peer review.
- We can set up the AI-assisted workflow to run any solid mechanics code on the market, including open-source and government-use codes, so you can easily compare methods and codes.