Excess of liquid water in gas channels of polymer electrolyte fuel cells is responsible for
malfunctioning of these devices. Not only it decreases their efficiency via partial blockage of …

We propose a technique for improving mass‐conservation features of fractional step
schemes applied to incompressible flows. The method is illustrated by using a Lagrangian …

We propose here a displacement-based updated Lagrangian fluid model developed to
facilitate a monolithic coupling with a wide range of structural elements described in terms of …

We present an efficient technique for the solution of free surface flow problems using level
set and a parallel edge‐based finite element method. An unstructured semi‐explicit solution …

Liquid drops sliding on surfaces are ubiquitous both in the natural and industrial world. The
prediction of such drop motions has far-reaching implications in many fields of application …

In this paper we propose a Finite Element model for analyzing closed membranes (“bags”)
interacting with internal and external (surrounding) fluids. The approach is based on …

An embedded formulation for the simulation of immiscible multi‐fluid problems is proposed.
The method is particularly designed for handling gas–liquid systems. Gas and liquid are …

Abstract The Particle Finite Element Method (PFEM) is used to develop a model to study two-
phase flow in fuel cell gas channels. First, the PFEM is used to develop the model of free …

Analysis of drop spreading and sliding on solid substrates is critical for many industrial
applications, such as microfluidic devices, cooling towers, and fuel cells. A new three …

In this paper, we present a computational algorithm for solving an important practical
problem, namely, the thermoplastic polymer melting under fire conditions. We propose here …