Calculate the material properties of composite materials Multiscale Designer

basic information

◆Main Features • Creation of multi-scale material models for continuous fibers / long fibers / short fiber composites • Built-in parameter unit cell modeling and external unit cell modeling • High-precision and high-efficiency simulation of the impact of inelastic effects on final failure • Fiber direction mapping for injection molding • Variability in standard tests • Plugins for Altair OptiStruct, Altair Radioss, LS-DYNA, and Abaqus ◆Ease of Use Ability to create multi-scale material models for continuous fibers and chopped materials ◆Computational Accuracy Achieves high predictive accuracy and computational efficiency by solving 3D FEA unit cells using reduced order model (ROM) methods ◆High-Precision Prediction Utilizes advanced failure criteria and plasticity laws to consider the fundamental physical behavior of multiphase materials ◆Versatility Directly execute automatic parameter multi-scale simulations within Multiscale Designer for various standard coupon test specimens

Price range

Delivery Time

Applications/Examples of results

• Create single-scale or multi-scale material models • Create unit cells for continuous, discontinuous, woven, and particle product shapes

Detailed information

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  Matrix layer and homogenized plain weave unit cell

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  Warp and filling phase of plain weave unit cell

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  Damage analysis of the matrix phase based on multi-scale analysis (perforated tensile test)

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  Damage analysis of matrix phase based on multiscale analysis (low-speed impact)