Implementation of Transport Equations in Composite Materials

This lecture covers the implementation of transport equations for mass, momentum, and energy in composite materials, along with constitutive laws for parameters like resin/fiber interaction and fiber bed behavior. It discusses boundary and initial conditions, resin properties, and the mechanics of continuous media. The lecture also includes topics such as experimental validation, infiltration modeling, and dynamics. Various concepts are explored, such as permeability, viscosity, solidification, and the mechanics of porous media. The prediction of saturated permeability, numerical methods, and fiber architecture are also addressed.