The surface texture of materials plays a critical role in wettability, turbulence and transport
phenomena. In order to design surfaces for these applications, it is desirable to characterise …

The phenomenon of the Stokes–Darcy flow in coupled systems comprising a clear channel
and a complex 3D porous medium is investigated through both numerical and theoretical …

The process of liquid slip on rough-walled hydrophobic surfaces with and without entrapped
gas bubbles is modeled. Here, starting with the Navier–Stokes equations, a set of partial …

Turbulence transportation across permeable interfaces is investigated using direct
numerical simulation, and the connection between the turbulent surface flow and the pore …

Effective boundary conditions, correct to third order in a small parameter ϵ ϵ, are derived by
homogenization theory for the motion of an incompressible fluid over a rough wall with …

A macroscopic condition to simulate the interaction between an incompressible fluid flow
and a permeable micro-structured rigid surface (ie a thin membrane) has been developed …

The fully developed, steady, incompressible, laminar flow in a channel delimited by rough
and/or permeable walls is considered. The influence of the micro-structured bounding …

A new discretization approach for coupled free and porous-medium flows is introduced,
which uses a finite-volume staggered-grid method for the discretization of the Navier-Stokes …

Fluid flow problems in bi‐porous media have strong implications in a variety of industrial
applications, such as nuclear waste disposal and composites manufacturing. Despite …

The turbulent flow through a plane channel bounded by a single permeable wall is
considered; this is a problem of interest since a carefully chosen distribution of grains and …