As part of the Sloshing Wing Dynamics H2020 EU project, an experimental campaign was
conducted to study slosh-induced damping in a vertically excited tank filled with liquid water …

Film cooling is a very common technique used in cooling turbine engine components, and
hence has been studied extensively experimentally and computationally. Computational …

We describe a semi‐implicit volume‐of‐fluid free‐surface‐modelling methodology for flow
problems involving violent free‐surface motion. For efficient computation, a hybrid …

This article presents a numerical framework for the computation of the effective transport
properties of solid oxide fuel cells (SOFCs) porous electrodes from three-dimensional (3D) …

In this paper we propose a fast, parallel 3D, fully-coupled partitioned hybrid-unstructured
finite volume fluid–structure-interaction (FSI) scheme. Spatial discretisation is effected via a …

This paper presents an all-Mach method for two-phase inviscid flow in the presence of
surface tension. A modified version of the Hartens–Lax–van Leer Contact (HLLC) solver is …

Cartesian grid with cut‐cell method has drawn attention of CFD researchers owing to its
simplicity. However, it suffers from the accuracy near the boundary of objects especially …

In this paper we detail a fast, fully-coupled, partitioned fluid–structure interaction (FSI)
scheme. For the incompressible fluid, new fractional-step algorithms are proposed which …

Piping systems (eg, storm sewers) that transition between free-surface flow and surcharged
flow are challenging to model in one-dimensional (1D) networks as the continuity equation …

Provably time-stable finite-difference schemes that apply boundary conditions strongly (or
exactly) are presented for hyperbolic systems. The proof of stability is constructed using the …