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 present a Lagrangian monolithic strategy for solving fluid–structure interaction (FSI)
problems. The formulation is called Unified because fluids and solids are solved using the …

In this work a finite element-based model for analyzing incompressible flows in flexible
channels is presented. The model treats the fluid–solid interaction problem in a monolithic …

A Lagrangian incompressible fluid flow model is extended by including an implicit surface
tension term in order to analyze droplet dynamics. The Lagrangian framework is adopted to …

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 …

Despite the increasing use of the particle finite element method (PFEM) in fluid flow
simulation and the outstanding success of the Generalized‐α α (GA) time integration …

In the present work, we perform numerical simulations of the fluid flow in type B aortic
dissection (AD), accounting for the flexibility of the intimal flap. The interaction of the flow …

In this paper an efficient mesh-moving Finite Element model for the simulation of the
incompressible flow problems is proposed. The model is based on a combination of the …

We propose a novel collocated projection method for solving the incompressible Navier-
Stokes equations with arbitrary boundaries. Our approach employs non-graded octree grids …

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 …