This study is directed towards the limitations of applying total emissivity correlations in
computational fluid dynamics (CFD) computer codes for flame modeling. The predictions of …

Reaction Engineering International has performed a series of combustion tests to evaluate
the potential for utilizing wood biomass as a reburn fuel for nitrogen oxides (NOx) control …

The upcoming environmental requirements outlined at the 2017 European Commission
Integrated Pollution Prevention and Control (IPPC) are becoming more and more strict in …

Radiation models suitable for incorporation in reactive fluid flow codes are extended to
calculate radiation in enclosures containing obstacles of very small thickness. The discrete …

The primary purpose of the study is to obtain physical insight into the stability of an oxy-coal
flame as a function of changing primary gas composition (CO2 and O2). Flame stability was …

Several spatial differencing schemes are used to discretize the radiative transfer equation in
the context of the discrete-ordinates method. These are the conventional upwind, central …

The radiative heat transfer in a complex two-dimensional enclosure with obstacles with
participating medium is very important in practical engineering applications. In order to deal …

Recent advances in cloud microphysical models have led to realistic three‐dimensional
distributions of cloud constituents. Radiative transfer schemes can make use of this detailed …

Combustion simulations were conducted to evaluate the technical feasibility of using a
waste-based syngas as a supplemental fuel in a 70,000 kg/h-steam coal-fired boiler. The …

In the article, we propose a spectral element method with discontinuous Galerkin schemes
(SEDG) for solving radiative transfer problems in irregular enclosures with obstacles. The …