Altair Material Modeler (AMM is a sophisticated software solution designed to efficiently process raw material test data, generating accurate, simulation-ready material models for various bulk materials, including metals, plastics, rubbers, and foams. By streamlining the transformation of raw data into reliable material cards, AMM significantly reduces the time and costs associated with material data preparation, ensuring high-quality inputs for computer-aided engineering (CAE applications.
Key Features and Functionality:
- Streamlined Data Processing: AMM offers an intuitive workflow that integrates multiple mathematical models for curve fitting and extrapolation, simplifying the conversion of raw test data into usable material models.
- Flexible Input Formats: The software supports importing material data from various formats, including Excel, CSV, DAT, and TXT files, facilitating seamless integration with existing data sources.
- Material Data Validation: Built-in validation simulations allow users to verify material parameters and testing conditions, ensuring the accuracy and reliability of the generated material models.
- Customizable Curve Operations: AMM enables the creation of strain-rate dependent curves, temperature-dependent elastic moduli, and the definition of failure criteria, providing detailed material modeling capabilities.
- Ready-to-Use Material Cards: The software generates simulation-ready material cards compatible with both implicit and explicit solvers, supporting a wide range of multiphysics simulations.
- Integration with Altair Material Data Center: Users can access an extensive material library and securely store refined data within a private organizational database, enhancing collaboration and data management.
Primary Value and User Benefits:
Altair Material Modeler addresses the challenges of time-consuming and inconsistent material data processing by providing a robust, automated solution that ensures high-quality, simulation-ready material models. By reducing the complexity and expertise required in material data preparation, AMM empowers engineers and material scientists to make informed decisions, accelerate the design process, and enhance the accuracy of simulations across various industries.
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AltairProduct Description
Altair Material Modeler (AMM is a sophisticated software solution designed to efficiently process raw material test data, generating accurate, simulation-ready material models for various bulk materials, including metals, plastics, rubbers, and foams. By streamlining the transformation of raw data into reliable material cards, AMM significantly reduces the time and costs associated with material data preparation, ensuring high-quality inputs for computer-aided engineering (CAE applications.
Key Features and Functionality:
- Streamlined Data Processing: AMM offers an intuitive workflow that integrates multiple mathematical models for curve fitting and extrapolation, simplifying the conversion of raw test data into usable material models.
- Flexible Input Formats: The software supports importing material data from various formats, including Excel, CSV, DAT, and TXT files, facilitating seamless integration with existing data sources.
- Material Data Validation: Built-in validation simulations allow users to verify material parameters and testing conditions, ensuring the accuracy and reliability of the generated material models.
- Customizable Curve Operations: AMM enables the creation of strain-rate dependent curves, temperature-dependent elastic moduli, and the definition of failure criteria, providing detailed material modeling capabilities.
- Ready-to-Use Material Cards: The software generates simulation-ready material cards compatible with both implicit and explicit solvers, supporting a wide range of multiphysics simulations.
- Integration with Altair Material Data Center: Users can access an extensive material library and securely store refined data within a private organizational database, enhancing collaboration and data management.
Primary Value and User Benefits:
Altair Material Modeler addresses the challenges of time-consuming and inconsistent material data processing by providing a robust, automated solution that ensures high-quality, simulation-ready material models. By reducing the complexity and expertise required in material data preparation, AMM empowers engineers and material scientists to make informed decisions, accelerate the design process, and enhance the accuracy of simulations across various industries.