HyperMesh enables fast creation, editing, and evaluation of design alternatives through direct modeling of both geometry and FEM models. Edits can be applied directly to the mesh, streamlining iterations in early development stages and reducing setup time.

Structured handling of large assemblies is made possible through the use of Parts, Subsystems, and Connectors. This modular modeling approach simplifies model assembly, variant management, and load case definition across multi-product environments.

HyperMesh integrates seamlessly with leading PDM systems, supporting shared libraries and revision control. This ensures data consistency and traceability among team members, enabling efficient collaboration in distributed design environments.

The meshing toolkit offers full control over both surface and solid mesh generation, including advanced features such as mid-surface extraction, midmeshing, hex meshing, and automatic refinement. The result is high-fidelity meshes ready for analysis, with automated cleanup and topology optimization options.

With HyperMesh’s interactive mesh morphing tools, engineers can quickly reshape FEM models without relying on external CAD software. This accelerates conceptual development and simplifies model adaptation to new design conditions or structural constraints.

HyperMesh includes precision sketching tools for generating or editing 2D/3D geometry. Reverse engineering capabilities allow users to reconstruct geometry from existing meshes, supporting the evolution of designs toward structural and functional optimization.

Setting up the Design Space for topology optimization is straightforward and guided. Dedicated tools enable even users with limited CAD experience to prepare models for simulations targeting mass reduction, stiffness, or structural strength.

HyperMesh supports skeleton modeling to create simplified yet engineering-relevant models ideal for early-stage analysis and conceptual optimization. Users can define structural elements such as beams, panels, and joints, with real-time section editing.

HyperMesh post-processing enables detailed FEM results analysis through interactive visualizations, customizable graphs, and powerful data filtering tools. Engineers can quickly extract actionable insights to support data-driven, traceable design decisions.