Services

Certification-by-analysis, dynamic testing support, and crashworthiness evaluation for commercial and military aircraft seating under FAA and MIL-SPEC requirements.

Multiphysics simulation and experimental support for blast mitigation, fragment impact, and vehicle armor development. Supporting military platforms and protective hardware programs.

Human injury analysis, occupant response modeling, and injury mechanism research across automotive, aerospace, and military applications. Expert witness and litigation support available

 Finite element crash simulation for vehicles (ground, rail, air, and sea), roadside hardware, security barriers, and structures. This includes safety system validation across military, commercial, and passenger car segments.

Dynamic performance simulation for military and commercial vehicles across complex terrain, including suspension optimization and off-road durability analysis

Simulation of kinetic and blast weapon effects on vehicle structures, personnel, and equipment. Supports protection system design and defeat mechanism analysis.

Crashworthiness and occupant protection analysis for Class 6–8 commercial vehicles, including cab structure evaluation, restraint system validation, and FMVSS compliance support.

Structural analysis and risk assessment for hazardous materials containers and transport systems, supporting PHMSA, Transport Canada, and DOT regulatory compliance.

FRA-compliant crashworthiness and structural analysis for passenger and freight rail vehicles, including cab end and collision post evaluation.

Topology optimization, generative design, and advanced finite element modeling to reduce weight, improve performance, and accelerate product development.

Forging and forming process simulation, fatigue and buckling analysis, and tooling design support for complex manufacturing operations.

Ground-up model development through complete tear-down, scanning, and testing using the building-block approach. Useful for reverse engineering legacy or existing systems, benchmarking performance, optimizing designs, and characterizing scenarios of interest.