Consistent CAE rigor, applied to the physics that matter most in your sector.
Crash safety, NVH and structural durability sit at the center of automotive engineering. Our crash and impact simulation work in LS-DYNA and PAM-CRASH, paired with hexa meshing built for high-fidelity structural models, supports teams validating body structures, crash boxes and chassis components against real-world load cases.
Aerospace structures carry tight margins between weight and strength. Linear and nonlinear structural analysis in Nastran and Abaqus, combined with rigorous mesh quality control, supports the kind of defensible, repeatable analysis aerospace programs require.
Heavy-duty components need to survive fatigue, vibration and repeated loading over years of service. Static, dynamic, modal and fatigue simulation gives industrial equipment teams confidence in a design before a single prototype is built.
Consumer products live or die on manufacturability and cost. CAD and product design work from concept through GD&T-ready drawings keeps designs practical to produce, while simulation catches structural issues before tooling is committed.
Large structural assemblies in energy and heavy machinery carry high-stakes loads over long operating lifetimes. Multi-solver simulation and post-processing analysis trace performance against design targets and flag failure risk before it becomes a field issue.
The physics changes by sector, our approach to solving it doesn’t. Tell us about your project.
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