Simcenter
Hypermesh
A powerful FEA pre- and post-processing solution with AI-assisted workflows, advanced design optimization, and an open, customizable interface for efficient engineering analysis.
Why Simcenter HyperMesh?
Simcenter HyperMesh is a powerful finite element pre- and post-processing solution that simplifies the setup, execution, visualization, and analysis of complex simulations. Built on an open, programmable platform and connected to the digital thread, it streamlines engineering workflows, automates repetitive tasks, and enables faster design exploration and innovation.
Digital Thread Integration
Simcenter HyperMesh connects model creation and assembly to the digital thread, creating a fully traceable and connected engineering workflow. By linking simulation models, metadata, and design changes with PLM and PDM systems, it keeps engineering data synchronized, improves collaboration, and accelerates product development.
Broad CAD, FEA, Meshing, and Solver Support
Simcenter HyperMesh brings CAD, meshing, finite element modeling, and solver workflows together in a single integrated environment. Engineers can prepare geometry, build simulation models, define solver inputs, and review results without switching between applications, improving efficiency and accelerating product development.
Open, Automated, and Programmable Workflows
Simcenter HyperMesh features an open, programmable architecture that integrates easily with existing tools and engineering processes. With Python APIs and built-in automation, engineers can streamline repetitive tasks, create reusable workflows, and accelerate simulation without disrupting established systems.
Simcenter HyperMesh for NVH
Reduce noise, vibration, and harshness (NVH) with dedicated tools for vehicle simulation and analysis. Simcenter HyperMesh enables engineers to manage multiple model configurations, evaluate various load cases, and use advanced post-processing and diagnostic tools to streamline NVH workflows and improve vehicle performance.
Simcenter HyperMesh for Fatigue and Durability
Evaluate and optimize product durability with advanced fatigue analysis tools. Simcenter HyperMesh supports multiple solvers, includes an extensive material library with custom material support, and provides specialized workflows for modeling and assessing welded connections, including heat-affected zones (HAZ), to improve product reliability.
Simcenter HyperMesh for Crash and Safety
Digitally evaluate crashworthiness and safety performance with dedicated simulation workflows. Simcenter HyperMesh enables engineers to prepare CAD models, configure virtual dummies, seat belts, airbags, and crash scenarios, then assess results using solver-independent workflows compatible with Simcenter Radioss, LS-DYNA, and PAM-CRASH.
Automated Workflows
Accelerate simulation setup by automating CAD import, model preparation, classification, and meshing. Reduce manual effort while creating accurate shell, solid, and advanced mesh models.
Real-Time AI-Powered Results
Use Simcenter PhysicsAI to generate accurate physics predictions from historical simulation data, delivering results up to 1,000 times faster than traditional simulation methods.
Reduced Order Modeling
Simplify large and complex simulations with reduced order and skeleton models that replicate 3D simulation behavior, enabling faster optimization of complete assemblies.
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