A discontinuous finite element method (DFEM) is extended to combined radiation-
conduction heat transfer in gray and isotropically scattering media. The computational …

In this paper, heat transfer is investigated in thin metal films subjected to a short-pulse laser.
Due to the short temporal scales and high intensity of laser pulses during the heating …

Abstract Analysis of transport of radiative transfer in an inhomogeneous two-layered slab
with graded refractive indices and bounded by Fresnel's reflecting walls is carried out using …

The transmission of electromagnetic (EM) waves through a dielectric plate will be decreased
significantly when the incident angle becomes extremely large, regardless of transverse …

This paper proposes a deep collocation method (DCM) for transient and steady heat transfer
problems in porous media. Differently from the traditional numerical methods for simulating …

The lattice Boltzmann method is presented to solve the radiative transport of both diffuse and
collimated problems in inhomogeneous and semitransparent two–layered slab with graded …

Accurate prediction of the transient radiative intensity within an inhomogeneous medium is
very useful in laser pulse technology. In the present work, a spectral element discontinuous …

A discontinuous finite element method (DFEM) with a local numerical flux scheme is
developed for solving radiative transfer problems in participating media with strongly …

Radiation heat transfer in participating concentric spherical media with variable refractive
index along the radial direction is solved by the variable discrete ordinates method. The …

In the heat transfer community, one-dimensional media refers to some media where the
temperature and other thermophysical properties vary along one direction. Plane-parallel …