The lattice Boltzmann method (LBM) has been developed as a powerful solution method in
computational fluid dynamics and heat transfer. However, the development of the LBM for …

Convection, conduction, and thermal radiation are the three mechanisms of heat transfer in
nature. The lattice Boltzmann model (LBM) has already achieved great success in dealing …

The equation describing the transfer of radiant energy in semitransparent media is radiative
transfer equation. In three-dimensional semitransparent media, radiative intensity is a …

Graded-index materials are effective to control thermo-optical systems, due to its special
physical characteristics. And quantitatively calculation for energy transfer process is …

Abstract A modified Monte Carlo (MMC) method applied with time shift and superposition
principle is developed for solving transient radiative transfer in one-dimensional scattering …

In this work, a Monte Carlo method is developed to simulate transient radiative transfer in a
refractive planar medium exposed to a collimated pulse irradiation. The time of flight in …

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 …

Transient radiative transfer induced by a short-pulsed laser in a one-dimensional graded-
index medium is investigated by the discontinuous finite element method (DFEM). The …

The lattice Boltzmann method (LBM) is extended to solve transient radiative transfer in one-
dimensional slab containing absorbing and scattering media with graded index subjected to …

In this work, we applied the discrete ordinates method (DOM) with a first-order spatial
scheme and adapted a modified DOM (MDOM) to solve transient radiative transfer in a …