Heat transfer continues to be a field of major interest to engineering and scientific
researchers, as well as designers, developers, and manufacturers. Considerable effort has …

In this study, utilizing air velocity by converting wind kinetic energy into mechanical energy
due to the converging area, has been numerically studied by proposing a 3D novel model …

In the present study, an original three-dimensional formulation of the FTn finite volume
method based on the bounded high-resolution CLAM schema and using the blocked-off …

The interaction of non-gray radiation and natural convection in a 2-D cavity is studied
numerically. The aim of this work is to analyze the thermal and flow behaviors of real cases …

This article deals with the implementation of the radiation element method (REM) with the
lattice Boltzmann method (LBM) to solve a combined mode transient conduction-radiation …

A new algorithm, the discrete ordinates radiation element method (DOREM), for modeling
radiative heat transfer in inhomogeneous three-dimensional participating media is …

Radiative intensity with high directional resolution at boundaries can provide abundant
information about the medium properties and temperature, which is very useful for inverse …

The effects of three-dimensional radiative heat transfer in clouds field are investigated by
using the radiation element method by ray emission model (REM). We have performed a …

For uniform thermal conditions on 3-D irregular shaped design objects, this paper reports
estimation of optimal power of the panel heaters placed along the walls of a 3-D radiant …

To solve a three-dimensional vector radiative transfer (3-D-VRT) equation for the model of
spatially inhomogeneous scatter media, the finite enclosure of the scatter media is …