This paper proposes an approach to obtain correlations for high pressure conditions for the
weighted-sum-of-gray-gases (WSGG) model. The proposed formulation, which extends the …

Radiative heat modeling has a central role for the simulation of soot formation in flames.
Radiation heat transfer, gas-phase chemistry and soot formation are strongly coupled and …

Using the high-resolution experimental spectral absorption coefficients of six fuel gases and
the line by line absorption spectra of CO and CH 4 based on HITRAN and HITEMP spectral …

A new method for the treatment of radiative heat transfer in mixtures of participating species
in the framework of the weighted-sum-of-gray-gases (WSGG) model is proposed, based on …

Excessive NO x and CO 2 emissions pose a significant challenge in the clean combustion of
natural gas, which is expected to be solved through the combination of exhaust gas …

This paper presents an experimental study about the effect of fuel dilution with inert gases
on the radiative heat transfer characteristics of laminar non-premixed coflow methane …

From the perspective of cascade utilization of photo-thermal energy, this study investigated
the effects of parameter variables including pressure, temperature, particle size and number …

This study presents a new methodology to solve thermal radiation in participating gases, the
spectrally reduced integration (SRI), which employs a non-uniform spectral discretization to …

Accurate computation of the radiative heat flux emitted by turbulent flames involves the
challenging modeling of turbulence-radiation interactions (TRI). This study considers a non …

This study covers the thermal simulation of an industrial furnace used to produce ceramic
frits, a material requested for glazes and coatings of tiles and porcelains. The current …