Modeling thermal radiation in combustion environments can be extremely challenging for
two main reasons. First, the radiative transfer equation (RTE), which is the cornerstone of …

To get a general understanding of hydrogen fuel usage in a real-condition high-pressure
industrial gas turbine burner operating at 15 atm pressure, the effects of hydrogen addition …

Due to the importance of radiation during combustion in the aero-engine, the weighted-sum-
of-gray-gas (WSGG) model considering both gas and soot is applied to the combustion …

Thermal radiation is the most dominant type of heat transfer inside the combustion chamber,
which can directly affect the temperature distributions at the combustor walls. This paper …

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 …

Predicting thermal radiation for oxy-coal combustion highlights the importance of the
radiation models for the spectral properties of gases and particles. This study numerically …

Enhancing the H 2 blending ratio in industrial gas turbines is essential to reduce fossil
energy consumption and achieve carbon neutrality. However, several uncertainties still exist …

Abstract The Monte Carlo (MC) method is the most accurate method for resolving radiative
heat transfer in participating media. However, it is also computationally prohibitive in large …

Radiative heat transfer is a fundamental mode of heat transfer in reactors, particularly in the
high-temperature cores of various reactor types. Its influence on wall temperatures due to …

Pressurized oxy‐fuel combustion is expected to increase combustion efficiency and
substantially reduce costs of carbon capture. The gas radiative property in pressurized oxy …