Simulations

We use engineering simulations to evaluate structural, thermal, and mechanical performance before committing to physical prototypes, helping reduce uncertainty and guide design decisions.

• Structural analysis

  Assessment of stress, deformation, stiffness, and load paths under expected static and dynamic operating conditions.

• Thermal modeling

  Evaluation of heat generation, transfer, dissipation, airflow, and component temperatures across normal and extreme use cases.

• Motion and mechanism analysis

  Simulation of movement, forces, clearances, contact, and kinematic behavior within mechanical assemblies and mechanisms.

• Design verification

  Comparison of simulated performance against engineering requirements, safety margins, material limits, and acceptance criteria.

• Design optimization

  Iteration of geometry, materials, interfaces, and operating parameters to improve performance, weight, reliability, or cost.

Deliverables