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Altair Material Modeler - Web
This chapter walks through the new Material Modeler, web-based environment and introduces the steps required to model hyperelastic materials using AMM by creating projects , adding a material and a quasi-static workflow, importing data, fitting the available models, and finally saving the state and exporting fitted data for CAE analysis.

Welcome
Altair Material Modeler - Web
This chapter walks through the new Material Modeler, web-based environment and introduces the steps required to model hyperelastic materials using AMM by creating projects , adding a material and a quasi-static workflow, importing data, fitting the available models, and finally saving the state and exporting fitted data for CAE analysis.
- View Dashboard
  Dashboard provides logged in user information, application build and version, and recent projects. You can also create a new project from this page. If the user prefers a dark theme, it is available via the icon in the upper right corner.
- Projects
  Projects are a way of collecting what has been done for one or more materials. Depending on a specific customer's need, a project might contain one material or all the materials used in a sub-assembly (e.g. a truck door) or a full product (e.g. a coffee maker). Create, open, share,and manage new projects on this page. A project contains the project's name, the Author (registered user who created the project), Type (user definable), Email & Phone to contact the project's author, and any notes pertaining to the project.
- Add Material
  Create material entries before importing test data or applying models.
- Add Data
  Upload experimental test data to characterize the material.
- Add Workflow
  Set up model workflows to evaluate physical behavior.
- Add Plot Data
  Visualize raw input data before model fitting.
- Export CAE Card
  Generate material cards for integration with CAE solvers.

Altair Material Modeler - Web

This chapter walks through the new Material Modeler, web-based environment and introduces the steps required to model hyperelastic materials using AMM by creating projects , adding a material and a quasi-static workflow, importing data, fitting the available models, and finally saving the state and exporting fitted data for CAE analysis.