Simcenter Hypermesh
Robust FEA pre‑ and post‑processor with AI‑augmented workflows, next‑gen design and optimization and an open, programmable interface.
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Why Simcenter Hypermesh?
Simcenter Hypermesh is a high-performance finite-element environment and it streamlines processes that set up, build, run, visualize and analyze simulations of large geometries and assemblies. Built on an open, programmable architecture and seamlessly linked to the digital thread, it is easy to automate processes and customize workflows to accelerate innovation and design exploration.
Automated workflows
Streamline large assembly and finite element modeling setup by automating the import, classification and joining of CAD models. Then use automated meshing tools to cleanup, refine and create shell, solid and other mesh types.
Accurate physics results in real-time
Leverage Simcenter PhysicsAI technology to train models on historical simulation data. These AI tools are embedded into Simcenter Hypermesh and can create physics predictions 1000x faster than traditional simulation solvers.
Reduced order modeling and skeleton modeling
Simplify complex and large simulations by producing 1D reduced order models (ROMs) that mimic the output of 3D simulations. Use these simplified models to quickly optimize whole assemblies.
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Featured capabilities
Model-build and assembly meets digital thread modeling
Simcenter Hypermesh transforms model-building and assembly into a traceable, connected process. Beyond preparing simulation-ready models, it captures and manages the metadata that link parts, subsystems and design changes across teams.
Every update is tracked and tied back to Simcenter Hypermesh libraries and PLM / PDM systems. This ensures engineering data stays connected, accelerating time to market.
Open, automated and programmable Workflows
Simcenter Hypermesh gives users the flexibility to build simulation workflows as they wish — without replacing the tools they already use. The software’s open architecture and Python APIs make it easy to integrate with existing systems, connect to in-house tools and fit into established processes. With built-in automation tools that convert clicks into code, engineers can turn tasks into reusable scripts.
Broad CAD, FEA, meshing and solver support
Simcenter Hypermesh unifies the entire simulation workflow by having pre- and post-processing included within one solver-connected environment. Teams can edit geometry, assemble models, define solver-specific inputs and visualize or review results without ever leaving the platform.
Simcenter Hypermesh for NVH
Use Simcenter Hypermesh to aid in reduction of noise, vibration and harshness of full-vehicle designs. Engineers can manage multiple, interchangeable and dynamic representations of their models and utilize various load cases, post-processing and NVH diagnostic tools. The streamlined NVH workflow ensures engineers can assess these requirements quickly and efficiently.
Simcenter Hypermesh for Fatigue and durability
Simcenter Hypermesh offers engineers tools that can optimize and assess designs for fatigue and durability. This solver agnostic workflow includes access to a large library of materials and supports user defined materials. The software also contains part connector workflows that can model welds using heat affected zones (HAZ). Users can then assess these connections for fatigue and durability.
Simcenter Hypermesh for crash and safety
Simcenter Hypermesh offers tools that facilitate engineers to digitally evaluate crash and safety performance. Using these workflows, engineers import CAD and then position, set up and assess virtual dummies, seat belts, airbags, crash permutations and more. The crash and safety workflows are solver agnostic and proven to work with Simcenter Radioss, LS-Dyna and PAM-CRASH.
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