Many methods are available for the solution of radiative heat transfer problems in
participating media. Among these, the discrete ordinates method (DOM) and the finite …

This article deals with an efficient strategy for numerically simulating radiative transfer
phenomena using distributed computing. The finite element method alongside the discrete …

Numerical modeling is an attractive option for cost-effective development of new high-
efficiency, soot-free combustion devices. However, the inherent complexities of hydrocarbon …

Due to its integro-differential nature, deriving schemes for numerically solving the radiative
transfer equation (RTE) is challenging. Most solvers are efficient in specific scenarios …

A parallel anisotropic block-based adaptive mesh refinement (AMR) algorithm is proposed
for the prediction of physically complex flow problems having disparate spatial and temporal …

In order to explain the macroscopic radiative behaviour of an open-cell ceramic foam,
knowledge of its solid phase distribution in space and the radiative contributions by this solid …

A fourth-order accurate finite-volume scheme for hyperbolic conservation laws on three-
dimensional (3D) cubed-sphere grids is described. The approach is based on a central …

We present a novel algorithm to calculate radiative energy transfer rates in Discrete Element
Method (DEM)-based simulations of mono-disperse spheres. To verify our algorithm we use …

The contribution of this paper relies in the development of numerical algorithms for the
mathematical treatment of specular reflection on borders when dealing with the numerical …

A new interpolative-based approximation to the second-order maximum-entropy, M 2,
moment closure for predicting radiative heat transfer in gray participating media is proposed …