WHITE PAPER
Closing the Gap Between Material Discovery and Engineering Design with Multiscale Simulation
This white paper presents a multiscale modeling framework for designing and characterizing fiber reinforced composites using technologies from Schrödinger and Ansys. By combining molecular modeling, numerical homogenization, and finite element analysis, engineers can predict the effective properties of composites from the length scales of molecular dynamics (MD) to structural analysis. This integrated approach significantly reduces design time and cost while improving the accuracy of material characterization.
