In this study, numerical modeling of ammonia-hydrogen fuels (10%–50%) in a turbulent
eddy gas turbine combustion chamber with different cooling angles (15, 30, 45) have been …

MILD combustion is usually operated at relatively low thermal intensity to achieve uniform
temperature field and low pollutant emissions, further understanding of its emission …

An H-class gas turbine combustor prototype that employs the micro-mixing combustion
technology is first proposed in the current research. It consists of 60 interior jet-in-crossflow …

This article sheds light on the combustion characteristics of dimethyl ether and its mixtures
with methane/hydrogen under flameless conditions at different equivalence ratios. It was …

Abstract Non-volatile Particulate Matter (nvPM) from aircraft gas turbine engines are harmful
to both human health and the environment, but can be significantly reduced by using low …

Distributed combustion, often associated with the low-oxygen condition, offers ultra-low NO x
emission. However, it was recently achieved without combustion air dilution or internal flue …

In this paper, the combustion process in a vortex combustor, which is composed of two
volutes, a center nozzle, and a reduced-diameter cavity, is studied by CFD simulation. The …

In this work, variations of wall thermal conditions and oxidant compositions are considered
to investigate the temperature distribution, ignition process, and flame structure under MILD …

MILD combustion technology is expected to enable safe and stable low-emission
combustion of hydrogen-doped fuels, or pure hydrogen fuels, in gas turbines designed for …

Gas thermal remediation (GTR) is a promising novel soil remediation technology. Many
problems such as high energy consumption and unreasonable temperature distribution are …