Taking into account radiation effects is a crucial part of the design and optimization of
applications involving high temperatures. This paper outlines the development of a …

Radiative heat transfer (RHT) is often the dominant mode of heat transfer in flames, fires,
and combustion systems and affects significantly temperature distributions directly and …

For convective heat transfer, the fluid-domain based decoupled approach has been well
established and widely applied for a long time. In this approach, the convective heat transfer …

Radiation can play a central role in turbulent reactive flows where heat transfer is enhanced
in applications with high temperature and pressure. The Monte Carlo method is a successful …

In reciprocating internal combustion engines, the calculation of the heat transfer coefficient
(HTC) is essential to estimate the heat transfer during combustion in the combustion …

Abstract Fluid–solid coupled Conjugate Heat Transfer (CHT) simulations are relevant to
many practical problems. Most existing interfacing methods have been developed for …

A parameter study is performed in a compressible boundary-layer at supersonic conditions
to investigate the accuracy of a validated loosely-coupled Conjugate Heat Transfer (CHT) …

Due to the relevant contribution of radiative transfer in the global energy balance of many
industrial combustion systems, a deep understanding and accurate modelling of gas and …

It is demonstrated that in the (near) zero-gravity experiments conducted by Tang et
al.(Combust. Flame; 2009, 2011) iron powder aerosols created using the finest powders are …

Abstract The Monte-Carlo simulation of radiative heat transfer is known to be very accurate.
Its convergence can be significantly improved using Randomized Quasi-Monte-Carlo …