We propose modeling and simulation of the void formation and the tow saturation in liquid
composite molding processes. The present model addresses the void formations in the …

In this study, we present a review of the modeling of void formation and unsaturated flow in
liquid composite molding processes. We examine modeling efforts considering all the …

Resin infusion (aka VARTM) is one of the LCM processes, for which liquid resin is drawn
into dry reinforcements. Significant cavity thickness changes occur during processing, due to …

Fluid transport is one of the most frequently observed phenomena in the processing and end
uses of fibrous materials. Fibrous materials have a unique structure of complex geometry …

Stokes-Brinkman coupling with the optimal characteristic parameters is applied to evaluate
void formation and migration in effective dual-scale fibrous porous media during liquid …

Non-uniform filling of dual-scale fibrous reinforcements is crucial in modelling and
simulation of liquid composites molding processes since this poses several challenges at …

For resin transfer molding in a woven fabric, this study developed a novel framework for
optimization by combining a multi-objective genetic algorithm and mold-filling simulation …

A numerical approach was proposed to simulate time-dependent evolution of the liquid front
during the pore-level infiltration of liquids into porous structures. It considers the multiphase …

The resin transfer molding has gained popularity in the preparation of fiber-reinforced
polymer-matrix composites because of its high efficiency and low pollution. The non-uniform …

Liquid Composite Moulding (LCM) is an important family of processes to manufacture high-
performance fibre-reinforced composite parts. A typical LCM cycle involves the insertion and …