HyperMesh

Product information

Altair Hypermesh is an advanced finite element preprocessing tool that provides an intuitive and friendly environment for product design analysis. Compatibility with most of today's popular CAD software and support for other CAE software along with an easy-to-use set of tools for CAE model building and editing make HyperMesh an Perfect simulation solution for most fields of force.

1. Benefit

Open interface structure

Interoperable with most CAD and CAE software available today, HyperMesh is suitable for any simulation environment.

Create high quality mesh quickly

Simple modeling process with manual or automatic meshing tools, solving simple to complex models.

Model building and assembly

Part Library is used to manage, control, and update bidirectional linked assembly model to PDM to seamlessly import or export data, Part Library is used to manage, control, and update part modifications, facilitate interaction between working groups both at home and abroad.

Improve the efficiency of model processing for the user:

Using the advanced Batch mesh technology, hypermesh eliminates manual mesh and geometry data editing thus accelerating model development.

Advanced 3D modeling

The ability to display the 3D environment of all element types (1D, 2D, 3D) in a FEA model reduces model inspection and verification.

Set up the model

A complex set of tools for efficient modeling. Model ID management ensures that all the details of a model conform to a designated digital scheme of a workgroup or company. HyperMesh provides auto-connect technology for assembling hundreds of components using welds, welds and bolts. Automated link management tools are a huge time saver when defining relationships between individual parts.

Modeling of composite materials

Modeling composite materials according to the shape of each layer and stacking sequence.

2. Features of Altair Hypermesh

HyperMesh features easy-to-use advanced tools for building and editing CAE models for both 2D and 3D models, users have access to a wide range of meshing capabilities, as well as a powerful automated division module. powerful in Hypermesh.

Surfacmeshing

The surface mesh module in HyperMesh is a powerful tool for creating meshes with maximum flexibility and efficiency. This includes the ability to adjust a variety of mesh parameters, optimize the mesh based on a set of user-defined quality criteria, and create a mesh using a variety of advanced techniques.

Grid Block (Solid)

Based on 3D geometry data, HyperMesh can use standard and advanced processes to connect or split models for Tetra meshing or Hexa meshing. Split models quickly and easily when combined with HyperMesh's powerful visualizations for 3D geometry. This allows to save more time for geometrical preparation for 3D meshing. The 3D meshing modules quickly generate high-quality meshes for a wide variety of geometries.

Mesh has high reliability

Mesh surface
Hexagonal grid (Hexa)
Tetra mesh (Tetra)
CFD mesh for fluid simulation
Mesh used for analysis of hydrodynamics (SPH mesh), weapon movement trajectory (projectile trajectory, explosive process)

Morphing grid

Hypermorph is a great function of the Hypermesh module that allows easy interaction and modification of geometrical parameters and finite element models. This unique approach allows to speed up the customization of the geometry model on a finite element grid without affecting the mesh quality or customization on node indices or element indices. Hypermorph can be used to dynamically generate different geometrical models during design optimization research.

Batch meshing

The BatchMesher module in Hypermesh is the fastest way for dynamically generating high-quality finite-element meshes for large assembly models. By minimizing manual meshing tasks, this automated mesh technology gives more time to useful engineering simulation operations. BatchMesher provides user controls over mesh areas, geometry error correction parameters as well as the ability to export to customize individual model format files.

CAD interoperability Hypermesh has live readers of today's popular 3D CAD data. Furthermore, HyperMesh will automatically remove / add missing data such as gaps, overlapping surfaces, missing surfaces, ... of CAD data to maximize mesh quality.

By eliminating false data, holes, and hiding unnecessary edges, users can mesh mesh quickly while maintaining mesh quality. Boundary conditions can also be applied to these surfaces for future verification of element data.

Hypermesh allows reading data directly from 3D CAD software: CATIA V4 / V5; Pro-e; Unigraphic (NX); ACIS; IGS; Parasolid; Step; JT Precise:

ACIS
CATIA V4 / V5 / V6
IGES
Altair Inspire ™
Intergraph
JT
PARASOLID
PTC Creo
SolidWorks
STEP
Tribon
NX

4. Customize the Hypermesh interface

Customize your modeling experience through an easy-to-use interface that contains drag and drop toolbars, configurable pull-down menus, and keyboard-controlled shortcuts.

Customize add-ons

Inheriting the power of the Tcl / TK language is fully integrated inside Hypermesh for building custom applications.

Compiler input different solver

Users can extend the HyperMesh support interface by adding input compilers to read different analysis data.

Extract CAE solver

HyperMesh allows exporting data to different formats for the respective solver.

5. Interaction of CAE solvers

Hypermesh provides the ability to import and export data directly to most of today's popular industrial solvers. Along with support for solvers, HyperMesh provides a complete interface (user model) for supported solvers.

Solvers that can be linked to Hypermesh are as follows: Optistruct, Radioss, Motionsolve, ABAQUS, NASTRAN, ANSYS, MOLDFLOW, LS-DYNA, PAMCRASH, PERMAS, MADYMO, MARC, FLUENT, STARCD, Numeca, etc.