The co-firing of ammonia with hydrocarbon fuel is a promising way to reduce the emissions
of carbon dioxides. However, conventional way of co-firing under premixed lean swirl flame …

In the context of the growing use of hydrogen for decarbonization in combustion,
understanding NO x emissions from hydrogen burners is crucial. This study focuses on the …

In order to tackle future challenges concerning zero greenhouse gases emissions, an
innovative power generation system was designed and analyzed. It included a swirled …

Impact of the diverging cup angle of a swirling injector on the flow pattern and stabilization of
technically premixed flames is investigated both theoretically and experimentally with the …

An experimental study is carried out to analyze the effects of swirl on the structure and
stabilization of methane non-premixed oxygen-enriched flames above a coaxial injector in …

The behavior of technically premixed CO 2-diluted methane oxyflames is compared to
operation with methane-air flames in a labscale combustor equipped with an axial-plus …

The turbine vanes being manufactured and assembled piece by piece leads to an
unavoidable gap on the vane endwall called slashface. Usually, the coolant leakage …

In recent years, the need for low-carbon power has seen hydrogen emerge as a potential
fuel to replace conventional hydrocarbons in combustion to limit CO 2 emissions in several …

Flame stability is one of the main challenges facing the different combustion applications. A
lot of undesirable phenomena such as blow-off and flashback may occur according to the …

The development of innovative aero-engine combustors has been devoted to drastically
reducing pollutants emissions and improving engine performances in recent years. These …