Altair HyperMesh is a leading finite element modeling software that streamlines pre- and post-processing, enabling efficient simulation and design optimization.
Vendor
Altair
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Altair HyperMesh is a comprehensive finite element modeling software that enhances the pre- and post-processing stages of simulation-driven design. It offers a robust platform for creating and managing complex models, facilitating efficient simulation and design optimization. HyperMesh supports a wide range of solvers and integrates seamlessly with various CAD systems, ensuring flexibility and compatibility across different engineering applications. Its advanced meshing capabilities, including automated and manual options, allow for precise and efficient mesh generation. The software's intuitive interface and AI-powered workflows streamline the modeling process, reducing time and effort. HyperMesh is widely used in industries such as aerospace, automotive, heavy equipment, marine, architecture, and consumer goods, providing engineers with the tools needed to make informed decisions and accelerate product development. Features:
- Advanced Meshing Capabilities: Automated and manual meshing options for precise and efficient mesh generation.
- Solver Integration: Seamless compatibility with various solvers, including Altair's OptiStruct and Radioss.
- CAD Integration: Direct integration with multiple CAD systems for streamlined model import and export.
- AI-Powered Workflows: Intelligent recommendations and automation to enhance productivity.
- Design Optimization: Tools for design space exploration and optimization to improve product performance.
- Post-Processing Tools: Advanced visualization and data analysis features for comprehensive result interpretation.
- Customization: Open and programmable architecture with Python scripting support for tailored workflows.
- Collaboration Tools: Features for efficient team collaboration and data management.
- PDM Integration: Integration with Product Data Management systems for version control and data consistency.
- Interactive Morphing: Tools for modifying and adapting simulation models during the design process.