The rate of heat transfer between a fluid stream in turbulent flow and a smooth, solid wall is
largely controlled by the relatively high resistance of the laminar sublayer next to the wall …

Equations are developed to describe the thermal exchange when a coolant is forced
through a heated porous wall, and solutions are obtained on the basis of a simplified model …

A limiting case of solid-fluid heat transfer is examined, in which a gas passes through a
porous wall of high specific surface with heat generation within the solid material …

THE differential equations governing internal heat transfer and temperature distributions
within a porous medium under transpiration cooling have been formulated in (1) and (3). In …

Porous Coolin $ Elements. The method of transpirational cooling of structures on which
external convective or radiant heat flows of high density act (see Fig. i) has a number of …

IN THIS note, we summarize the results of a numerical study of natural convection in an
annular porous layer. This work was undertaken in an effort to gain insight into the heat loss …

Transpiration cooling, obtained by injecting a coolant through a porous surface, is receiving
increased consideration as an effective means of maintaining walls exposed to a hot gas …

The study is about the thermal control of porous walls submitted to severe heat fluxes. The
numerical approach model of heat transfer, developed, is based on energy balance …

This paper considers the flow of a gas through a porous solid, when temperature differences
exist between gas and solid and heat is exchanged between them. It attempts to determine …

An experimental study of the effectiveness of film cooling following secondary air injection
through a porous section into a turbulent free stream is presented. Boundary-layer velocity …