The development of hydrogen gas turbine is one of the most important ways to achieve
energy conversion, but hydrogen fuel affects the combustion temperature and gas …

In this study, three sets of absorption-line blackbody distribution functions (ALBDF) are
generated for H 2 O− CO 2 gas mixtures, computed directly from the effective absorption …

The presence of participating gases and soot in combustion processes often makes the
thermal radiation the main mechanism of heat transfer due to the elevated temperatures …

The effect of total pressure of gas mixture is included in the development of new coefficients
for the weighted-sum-of-gray-gases model (WSGG). The WSGG formulation previously …

All published weighted sum of gray gases models (WSGGM) were either developed for a
limited number of molar fraction ratios, MR, or include MR as a variable in their formulations …

The objective of this paper is to assess the new developments of Conditional Source-term
Estimation (CSE) framework with improved radiation modelling in large eddy simulation …

This study presents the generation and evaluation of absorption-line blackbody distribution
functions for mixtures (ALBDF-M) of CO 2 and H 2 O. These functions are employed in the …

The radiation emission of CO 2 plays an important role in the radiative heat transfer of high-
temperature furnace and gas turbine, it is essential to estimate the radiative heat transfer of …

Abstract The standard WSGG (Weighted Sum of Gray Gases) model is very fast and simple
but can lead to relatively high discrepancies in the computation of the radiative heat transfer …

An alternative weighted-sum-of-gray-gases (WSGG) model is proposed with a single set of
constant pressure-based absorption coefficients that accounts for different mole fraction …