Panel Discussion: Simulation Strategies for a Sustainable Future

General discourse as it pertains to sustainability is often centered around topics such as global warming or carbon footprint. However, product design and lifecycle considerations can and should be looked at as key facilitators of sustainability. From generating lightweight designs to the selection of material, to parts reusability and durability, the product life cycle from concept to end-of-life, and the actions taken therein, form the basis of being sustainable. Join us and our panelists as we discuss the role simulation plays in driving the selection of efficient and sustainable materials, evaluating control strategies to avoid critical operating conditions that lead to excessive aging of batteries, and minimizing the number of physical tests and prototypes while ensuring durability considerations are met.

Future.Industry 2021

Perform Accurate Finite Element Simulations of Polymer Components

An Introductory webinar to MCalibration® and PolyUMod® by PolymerFEM, now available through the Altair Partner Alliance. Enabling customers to perform more accurate finite element simulations of products made from rubbers, plastics, adhesives, and biomaterials, PolymerFEM is the latest company to join the Altair Partner Alliance. Altair customers now have access to two incredible products from PolymerFEM, MCalibration and PolyUMod. PolyUMod library contains general purpose material models for virtually all polymers, including thermoplastics, thermosets, elastomers, foams, filled plastics, and biomaterials. With the PolyUMod library engineers can perform very accurate Altair Radioss™ FE simulations without becoming an expert in material model software development. MCalibration is a software tool to help select and calibrate advanced, nonlinear material models for FE simulation. MCalibration uses powerful nonlinear search algorithms to quickly find the best material parameters for experimental test data.


Top Use Cases for PolyUMod by PolymerFEM

Top use cases for the PolyUMod Library of user-material models for non-linear finite element modeling of engineering polymers and biomaterials.

Use Cases