Flame flashback from the combustion chamber into the mixing zone is one of the inherent
problems of lean premixed combustion and essentially determines the reliability of low NO x …

Flame flashback from the combustion chamber into the mixing zone is one of the inherent
problems of lean premixed combustion and essentially determines the reliability of low NO x …

Flame flashback from the combustion chamber into the mixing zone limits the reliability of
swirl stabilized lean premixed combustion in gas turbines. In a former study, the combustion …

Flame flashback from the combustion chamber into the mixing zone limits the reliability of
swirl stabilized lean premixed combustion in gas turbines. In a former study, the combustion …

The mechanism that causes a periodic combustion oscillation in a Lean Premixed
Prevaporized (LPP) Combustor was experimentally investigated. The combustor was run …

Swirling lean premixed flames are of practical relevance due to their potential for low nitric
oxide (NOx) emissions. Unfortunately, these flames have various drawbacks. One critical …

In lean premixed swirl stabilized gas turbine combustors a common burner design goal is to
obtain lowest NOx-emissions by increasing the mixing length without deterioration of the …

Flashback is the main operability issue associated with converting lean, premixed
combustion systems from operation on natural gas to operation on high hydrogen content …

In earlier experimental studies of the authors a previously unknown mechanism leading to
flame flashback—combustion induced vortex breakdown (CIVB)—was discovered in …

The paper analyses new data for three fuels, natural gas, methane and Coke Oven Gas
(COG) in two swirl burners. Flashback and blowoff can be correlated with the inlet tangential …