This chapter presents a finite-volume (FV) method for computing radiation heat transfer
processes. The main ingredients of the calculation procedure were presented by Chai et …

This paper presents an approach for generating weighted-sum-of-gray gases (WSGG)
models directly from the line-by-line spectra of H2O. Emphasis is placed on obtaining …

This article presents a blocked-off-region procedure to model radiative transfer in irregular
geometries using a Cartesian coordinates finite-volume method (FVM). Straight-edged …

The research presented in this paper involves the detailed formulation of a Control-Volume
Finite Element Method (CVFEM) for the solution of combined-mode heat transfer in …

Most practical combustion systems involve complex geometry configurations and CFD
techniques used for the calculation of flow and combustion in such geometries use body …

A finite-volume method for radiative transfer in cylindrical enclosures is presented. Angular
redistribution terms in the equation of transfer are avoided by defining radiation directions in …

A spatial-multiblock procedure for radiation heat transfer is presented in this article. The
proposed procedure is applicable to isothermal or nonisothermal, absorbing, emitting and …

An angular-multiblock procedure for radiation heat transfer is presented in this article. With
this procedure, finer angular grids can be used in optically thinner regions to minimize" ray …

This paper represents a new, accurate approach to solve radiative transfer equation for each
discrete ordinates. The radiative transfer equations can be approximated as a linear system …

Le développement de dispositifs OLED pour des applications dans les afficheurs ou
l'éclairage nécessite généralement une approche expérimentale longue et coûteuse afin de …