A brief analysis is presented of how heat transfer takes place in porous materials of various
types. The emphasis is on materials able to withstand extremes of temperature, gas …

Thermal transport in metal foams has received growing attention in both academic research
and industrial applications. In this paper the recent research progress of thermal transport in …

THE purpose of this work is to investigate heat transfer in highporosity, high-temperature fi
brous insulation subject to temperature and pressure conditions representative of reentry …

The purpose of this work is to develop models for predicting the radiant heat flux in
lightweight fibrous insulations (LWFI). The radiative transport process is modeled by the two …

The problem of radiative transfer through a fibrous medium has been formulated rigorously
to account for the orientation of the fibers. The fibers in the medium can be either randomly …

HEAT transfer through fibrous insulation has been the subject of great interest in the
aerospace community because of the use of fibrous insulation in thermal protection systems …

This study deals with the analysis of the propagation of thermal radiation within absorbing
and scattering composite materials with rough boundaries. The two-phase system (resin …

In present paper, a numerical model combined radiation and conduction heat transfer was
developed to predict the effective thermal conductivity of fibrous insulation at various …

A mathematical model based on the principles of heat transfer to predict the thermal
resistance of fabrics has been presented in this paper. The woven fabric is considered as a …

Three different approaches for describing combined radiation and conduction heat transfer
in fiber thermal insulation at high temperatures are analyzed and compared. The considered …