Predicting vehicle behavior with near-perfect precision before a physical prototype exists. We shift the testing paradigm from destructive crashing to predictive engineering.
Where standard computing reaches its limits at 2M elements, our HPC strategies scale to 50 Million elements. We visualize how every single rivet and battery cell deforms during impact.
A single test is just one data point. We run thousands of simultaneous simulations with random variations in angle, speed, and material thickness to guarantee safety under all conditions.
Simulating structural bending, battery thermal surges, and fluid leaks simultaneously. Essential for modern Electric Vehicle safety and high-fidelity validation.
HPC-optimized tools for predictive engineering excellence.
| Testing Domain | Application / Software | Function in HPC |
|---|---|---|
| Safety Crashworthiness | Ansys LS-DYNA Altair Radioss ESI VPS | Industry standard for explicit dynamics; high-speed impact and airbag deployment simulation. |
| AI Autonomous (ADAS) | Ansys AVxcelerate VIRES VTD | HPC ray-tracing for sensor simulation and complex virtual traffic scenarios. |
| Life Durability & NVH | nCode DesignLife MSC Nastran | Predicting metal fatigue over 100k miles and cabin vibration (Noise, Vibration, Harshness). |