This study conducts experimental and numerical investigations on a stagnation-point,
reverse-flow combustor to examine the effect of its design features on the combustion …

The use of hydrogen fuel to enable a transition to a zero-carbon economy has attracted
much interest in the energy and transportation sectors. However, the use of hydrogen brings …

This paper investigates the concept of pre-combustion carbon capture (Pre-CCS) with a
combined cycle gas turbine (CCGT) propulsion system to achieve energy efficient carbon …

Understanding how intrinsically fast hydrogen-air premixed flames can be rendered much
faster in turbulence is essential for the systematic development of hydrogen-based gas …

The present work reports an experimental evaluation of the flame stabilization, structure and
pollutant emissions for a swirl-stabilized premixed burner at atmospheric conditions. The …

As a part of the ongoing efforts globally to prevent global warming, the utilization of the
green hydrogen is seen as a crucial tool for achieving the goals of the “Green Deal Action …

In this study, we present experimental temperature and concentration measurements for
100% H2-air flames, stabilized via micro-mix fuel injection into a swirling crossflow of air …