Altair Material Modeler (AMM) simplifies the generation of simulation-ready material data by processing raw test data and creating accurate material models for nonlinear behaviors of various bulk materials. Its intuitive workflows enable users to generate material data for both elasto-plastic and hyperelastic models, supporting a variety of commercial solvers used in multiphysics simulations. AMM helps streamline material data processing, reducing time and costs while ensuring high-quality and consistent results. The tool offers flexible import options for raw data and allows for validation through built-in simulations, ensuring the stability and accuracy of material parameters. With AMM, users can generate material cards compatible with popular simulation codes, directly export data in multiple formats, and easily integrate with Altair Material Data Center for efficient sharing and access within organizations. Features

• Streamlined Data Processing: Efficient processing of raw material test data using an intuitive workflow that integrates multiple mathematical models for curve fitting and extrapolation.
• Flexible Input Formats: Import material data from Excel, CSV, DAT, and TXT files for seamless integration with the system.
• Material Data Validation: Built-in validation simulation to verify material parameters and testing conditions, ensuring high-quality and accurate results.
• Customizable Curve Operations: Supports creation of strain-rate curves, failure criteria, and more for detailed material modeling.
• Ready-to-Use Material Cards: Export processed material data in simulation-ready formats for use with implicit and explicit solvers.
• Expert Mode: Advanced users can refine material models with customized failure criteria and material parameter adjustments.
• Multi-Physics Simulation Support: Generate material data for a wide range of multiphysics simulations using solvers like RADIOSS.
• Reduced Lead Times: Accelerates the creation and validation of material data, speeding up the overall design and simulation process.