Syngas has shown great success in Integrated Gasification Combined Cycle (IGCC)
technology for providing cleaner and higher efficiency energy production with minimal …

This paper investigated methane/air flame characteristics with hydrogen addition in micro
confined combustion space experimentally and computationally. The focus is on the effect of …

The flame stability of biogas blended with hydrogen combustion was experimentally studied
in the constant volume combustion bomb. The variations of characteristic parameters of …

This paper reviewed theoretical, numerical, and experimental studies on combustion
instabilities in combustors for energy‐producing devices such as gas turbines, boilers, and …

The combustion performance of H 2-rich model syngas was investigated by using a
premixed swirl flame combustor. Syngas consisting mainly of H 2 and CO was blended with …

Adding hydrogen to methane has gained interest as a means of reducing CO 2 emissions
from combustion systems. However, this process can lead to several issues, such as …

The exploration of efficient combustion organization schemes is crucial as the expansion of
scramjet to higher Mach number becomes a cutting-edge trend. This paper evaluates the …

An experimental and numerical investigation is conducted on the thermo-acoustic stability of
a bluff-body turbulent combustor, considering variations in airflow rate and fuel composition …

This study focuses on development and validation of a CFD model to simulate the critical
nozzle diameter and stability limits for hydrogen non-premixed flames. The critical diameter …

Oxyfuel combustion is a promising carbon capture and sequestration technology. The use of
CO 2 diluent in oxyfuel combustion can lead to flame instability. In this study, the effect of …