The present study aims to quantify individual contributions to turbulence-radiation interaction
(TRI) in LES of large methanol pool fires with diameters ranging from 1m to 4m. These …

A novel immersed boundary method for simulating coupled radiative-conductive heat
transfer based on a volume penalization method is proposed and verified. A smooth …

Turbulent clustering of particles causes an increase in the radiation transmission through
gas-particle mixtures. Attempts to capture the ensemble-averaged transmission lead to a …

A multi-physics simulation combining large-eddy simulation, conjugate heat transfer and
radiative heat transfer is used to predict the wall temperature field of a confined premixed …

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 …

We implemented a fast Reciprocal Monte Carlo algorithm to accurately solve radiative heat
transfer in turbulent flows of non-grey participating media that can be coupled to fully …

The present work consists of an investigation of the turbulence radiation interaction (TRI) in
a radiative turbulent channel flow of grey gas bounded by isothermal hot and cold walls. The …

The present work investigates gray and non-gray gas turbulence-radiation interactions (TRI)
in a turbulent channel flow bounded by two isothermal hot and cold walls. Cases of various …

Turbulence-radiation interactions are studied in this work for large-eddy simulations (LES) of
an artificially scaled configuration based on the Sydney bluff-body burner. This investigation …

A multi-physics simulation combining large-eddy simulation, conjugate heat transfer and
radiative heat transfer is used to predict the wall temperature field of a confined premixed …