Multi-element injector configurations, typically comprising numerous small-scale jet nozzles,
will be required to enable reliable lean-premixed gas turbine combustion operating with …

The demand for clean energy and the decarbonisation targets set globally require
researching and developing new solutions. An efficient computational approach was …

We investigate the effect of increasing levels of hydrogen enrichment on the nonlinear
response and saturation of premixed bluff-body stabilized methane/hydrogen flames …

This study presents a numerical analysis of the impact of hydrogen addition on the
consumption speed of premixed lean methane-air laminar flames exposed to combined …

This research study investigates the effects of hydrogen enrichment on bluff-body stabilized
turbulent premixed methane flames in the lean combustion regime. To this end, a premixed …

The lean premixed technology is a very convenient combustion strategy to progressively
move from natural gas to high hydrogen content fuels in gas turbines limiting the pollutants …

This paper presents large eddy simulation (LES) turbulent combustion models for premixed
methane/hydrogen/air mixtures which account for stretch, heat loss and Lewis number …

Abstract Large Eddy Simulation is used to investigate the effect of localized pilot H 2
injection on the Flame Transfer Function (FTF) of a premixed CH 4-air swirled flame. The …

This paper focuses on the application of an extension for Zimont's Turbulent Flame Closure
(TFC) model turbulent flame speed formulation to include stretch and heat loss and gain …

Any biogas produced by the anaerobic fermentation of organic materials has the advantage
of being an environmentally friendly biofuel. Nevertheless, the relatively low calorific value of …