AnalySwift will collaborate with NASA researchers and Prof. Wenbin Yu of Purdue University to establish a new framework for efficient high-fidelity modeling for high strain thin-ply composites (HS-TPCs). Propose innovations include using mechanics of structure genome (MSG) for multiscale constitutive modeling of HS-TPCs, a thermodynamically consistent constitutive model for HS-TPCs exhibiting thermomechanical, viscoelastic, and viscoplastic behavior, and MSG beam/plate/shell models for the efficient high-fidelity modeling of HT-TPC structures. Four tasks will be carried out: (1) demonstrate the advantages of MSG-based modeling framework, (2) develop a thermodynamically consistent constitutive model, (3) develop a MSG thermo-viscoelastic-
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