Richards equation for variably saturated flow can exhibit stability problems due to its
nonlinearity. The challenge is to resolve sharp wetting fronts without introducing spurious …

This paper describes a finite volume method for simulating transport processes governed by
convection–diffusion type equations. The formulation is based on a cell-centred …

This study considers the accuracy of cell-to-face centre interpolation of convected quantities
in unstructured finite volume meshes with cell-centred storage of variables. The accuracy of …

An incompressible unsteady viscous two-dimensional Navier-Stokes solver is developed by
using “Consistent Flux Reconstruction” method. In this solver, the full Navier-Stokes …

CFD modelling of 'real‐life'thermo‐fluid processes often requires solutions in complex three‐
dimensional geometries, which can result in meshes containing aspects that are badly …

In analysing the treatment and transport of slurries (ie particle loaded fluids) in minerals
processing, it is common to come up against significant challenges from the perspective of …

Transport processes in most engineering applications occur within complex geometries. In
engineering practice, users rely heavily on commercial mesh generators, which can produce …

Curing of encapsulant material in a simplified microelectronics package using an open oven
Variable Frequency Microwave (VFM) system is numerically simulated using a coupled …

In this paper, we present a novel higher order finite volume method designed to accurately
simulate 2D incompressible flow explicitly. The proposed method aims to overcome the …

The heart operates as a delicate function of the interactions among its electro‐chemical,
structural and fluid components. The objective of this paper is to describe the computational …