A two-domain analytical approach has been proposed to attack the conjugate problem
associated with forced convective flows in a channel with uniform porous walls subject to …

A simple analytical procedure has been proposed to predict the wall temperature variations
due to transpiration cooling. Since the blowing flow through the porous wall strongly …

Forced convection in a transpiration-cooled channel filled with a porous medium was
analytically investigated, introducing a two-domain analytical approach. In this approach …

Forced convective heat transfer in a passage with a porous medium matrix subjected to
uniform blowing has been fully analyzed, using a local thermal nonequilibrium approach, in …

The turbulent flow and heat transfer in a rectangular channel without and with transpiration
cooling was investigated experimentally and numerically. The two-layer k–ε model was used …

The heat transfer and fluid flow in the entrance region of a semiporous channel is of
importance in many engineering applications such as nuclear reactors, turbine engines …

Latent heat transfer associated with liquid film evaporation in turbulent mixed convection
heat transfer is important in many engineering applications. Noticeable examples include …

Heat and mass transfer in laminar mixed convection in the thermal entrance region of
horizontal square channels is investigated by using the vorticity‐velocity formulation of the …

A simple analysis is described addressing the effect of simultaneous cooling from the back
side and from a transpiration flow through a porous wall. The analysis draws from existing …

Analytical and numerical analyses have been performed for fully developed forced
convection in a fluid-saturated porous medium channel bounded by two parallel plates. The …