This numerical study builds upon the experimental work of Wagner et al., eg [Combust.
Flame 176 (2017)], and focuses on the flame stabilization mechanism of a reactive jet in …

Improvement in NO x emissions from gas turbine combustors requires development of safe
and reliable lean-premixed combustion systems. In this paper, the flame stabilization …

The flame stabilization behavior of a premixed ethylene–air jet injected normal to a hot
vitiated crossflow (JICF) was studied experimentally using simultaneous hydroxyl (OH) …

In the present work, direct numerical simulation (DNS) of a laboratory-scale lean premixed
reacting jet flame in crossflow was performed to understand the flame structures and the …

The NOx emissions of a premixed jet in hot cross flow configuration have been studied
experimentally and with simple Cantera models. Staged combustion is realized by a first …

Lean premixed single-stage combustion is state of the art for low pollution combustion in
heavy-duty gas turbines with gaseous fuels. The application of premixed jets in multistage …

In the present work, direct numerical simulation of a laboratory-scale lean premixed reacting
jet in cross-flow was performed to explore the flow–flame structures and turbulence–flame …

A preheated premixed CH 4/air jet flame was operated in an optically accessible rectangular
combustion chamber in order to study the flame stabilization and flame expansion …

Axial staging in premixed gas turbine combustors is a promising option for the increase in
firing temperature without NOx penalty and for the improvement of turndown ratio, which is …

The utilization of syngas is crucial for reducing carbon emissions. When the reacting jet in
crossflow (RJICF) achieves moderate or intense low-oxygen dilution (MILD) combustion, it …