Surface and subsurface flow systems are inherently unified systems that are often broken
into sections for logical (eg, time scales) and technical (eg, analytical and computational …

Different types of interfacial conditions between a porous medium and a fluid layer are
analyzed in detail. Five primary categories of interface conditions were found in the literature …

This paper is concerned with the application of porous treatments as a means of flow and
aerodynamic noise reduction. An extensive experimental investigation is undertaken to …

In this study, natural convection combined with entropy generation of Fe 3 O 4–water
nanofluid within an open trapezoidal cavity filled with a porous layer and a ferrofluid layer …

A 2-D numerical simulation and sensitivity analysis are carried out on turbulent heat transfer
and heat exchanger effectiveness enhancement in a double pipe heat exchanger filled with …

The effective viscosity μe for the Brinkman–Forchheimer flow (BFF) model has been
determined experimentally for steady flow through a wall-bounded porous medium. Nuclear …

The momentum balance at the interface between a liquid and a porous substrate is
investigated for a configuration with forced flow parallel to the interface. An heterogeneous …

This numerical study investigates the effect of internal heat on heat transfer in a nanofluid
saturated vertical channel with a porous matrix layer sandwiched between two fluid layers …

This paper is a critique of the ability of the Brinkman–Forchheimer equation to adequately
model flow in a porous medium and at a porous-medium/clear-fluid interface. It is …

This work investigates heat transfer enhancement for a flow in a pipe or a channel fully or
partially filled with porous medium. The porous layer inserted at the core of the conduit …