• Intuitive graphical interface with direct CAD geometry access and feature recognition.
• Integration with MSC and third-party analysis solvers.
• Automatic surface and solid mesh generation with advanced capabilities.
• Creation of connectors and bolts with pre-loads.
• Full 3D general contact for nonlinear analyses.
• Support for Nastran’s Design and Topology Optimization, Superelements, and Marc’s Coupled Analyses.
• Comprehensive results post-processing and standardization through templates.
• Customization via Patran Command Language (PCL).

• Increased productivity and reduced development costs through simulation technologies.
• Improved accuracy with multidiscipline analysis and optimization.

Patran 2008r1 is a comprehensive pre- and post-processing environment for FEA analysis, enabling engineers to conceptualize, develop, and test product designs. It integrates design, analysis, and results evaluation, reducing the need for multiple tools and accelerating time to market.

Patran allows direct import of geometry from leading CAD systems, maintaining original formats and supporting industry-standard exchange formats.

Advanced tools for geometry creation and editing, including feature recognition for modifications, with automatic reapplication of meshes and loads.

Supports common finite element models and advanced engineering analysis with Nastran’s optimization capabilities.

Features a user-friendly, forms-based, mouse-driven menu system with context-sensitive online help.

Direct access to model geometry and quick development of finite element meshes using automated generators.

Comprehensive set of structural and thermal loads and boundary conditions, with functional variations and incremental specifications.

Supports various material models for diverse analyses.

Displays analysis results in multiple terms, associated with finite elements or nodes.

Includes graphic shading and visual verification, with options for exporting images and movies.

PCL allows for writing application-specific commands and integrating with other software.

Supports Unix, Windows, and Linux platforms. System requirements vary based on model complexity.