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HyperMesh is a widely used software application developed by Altair Engineering. It is a high-performance finite element pre-processor used for meshing and preprocessing tasks in finite element analysis (FEA) and computational fluid dynamics (CFD) simulations.

Some key features and capabilities of HyperMesh include:

Mesh Generation: HyperMesh provides powerful tools for generating high-quality meshes for complex geometries. It supports various meshing techniques, including tetrahedral, hexahedral, and shell meshing.
Geometry Editing: Users can import CAD geometry into HyperMesh and perform various editing operations such as simplification, cleanup, and repair to prepare the geometry for meshing.
Mesh Editing: HyperMesh offers a wide range of mesh editing tools for modifying and refining meshes to meet simulation requirements. This includes element sizing, smoothing, repositioning, and connectivity editing.
Assembly Management: Users can work with large and complex assemblies in HyperMesh, organizing components, defining connections, and managing relationships between parts.
Boundary Conditions and Loads: HyperMesh allows users to define boundary conditions, constraints, and loads for finite element simulations. This includes applying forces, displacements, and constraints to specific regions of the model.
Automated Meshing Workflows: HyperMesh provides automated meshing workflows and optimization tools to streamline the meshing process and improve efficiency.
Solver Interfaces: HyperMesh supports various solver formats and interfaces, allowing users to export meshes and simulation data to different FEA and CFD solvers.
Customization and Scripting: Advanced users can customize HyperMesh through scripting using TCL (Tool Command Language) or Python, allowing for automation of repetitive tasks and customization of workflows.

HyperMesh is widely used in industries such as automotive, aerospace, defense, and manufacturing for simulating and analyzing the structural and thermal behavior of components and systems. It is known for its robustness, efficiency, and extensive capabilities in meshing and preprocessing for finite element simulations.

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