This work assessed the ignition behavior of single-coal and single-char particles in O2/N2
and O2/CO2 atmospheres, with oxygen mole fractions in the range of 20–100%. Fuels …

This work presents a hybrid approach to solve the unsteady one-dimensional coupled heat
conduction-radiation problem in a non-gray semitransparent planar medium. The diffusely …

Abstract A new Discrete Ordinate-Lattice Boltzmann Method (DO-LBM) is developed by
combining DOM and LBM to analyze radiative heat transfer in a two-dimensional irregular …

Nonlinear problems arise in many heat transfer applications, and several analytical and
numerical methods for solving these problems are described in the literature. Here, the …

This article deals with the analysis of solidification of a 2-D semitransparent material using
the lattice Boltzmann method (LBM). Both conduction and radiation terms in governing …

Abstract Systems in which both conduction and radiation are the dominant modes of heat
transfer are important in many engineering applications and various numerical methods …

The objective of this work is to apply the method of variation of parameters to various direct
and inverse nonlinear, multimode heat transfer problems. An overview of the general …

In this study, the temperature dependence of effective thermal conductivity (ETC) for
samples of binary, ternary, and quadruple glass wools reinforced with aluminium foil was …

This work presents a novel approach to solve the unsteady coupled heat
conductionradiation problem for non-gray semi-transparent, absorbing, emitting, and …

Dans le contexte du développement durable, les biocomposites constitués de polymères
renforcés de fibres végétales représentent pour plusieurs laboratoires, la nouvelle …