Identification of coherent structures in distributed swirl-stabilized wet combustion

Characterization of Distributed Combustion of Reformed Methanol Blends in a Model Gas Turbine Combustor

“…It is worth pointing out that this burner configuration has previously been studied numerically on the wet combustion of methane [33,32,34]. The setup of mesh and boundary conditions generally follows the previous work.…”

“…Li et al [27,28] studied MILD combustion using LES/PaSR model and found that autoignition and flame-like structures both play important roles in the combustion. Duwig's group conducted a sequence of works [29,30,31,32,33,34]. Duwig et al studied a propane-air fuelled flameless burner using LES with detailed chemistry.…”

“…The present work is one of a series of studies [32,33,34] focusing a better understanding of wet combustion technology and its application in gas turbines. This paper aims to fill in these knowledge gaps to facilitate the use of methanol in gas turbine and better understand the combustion properties of large alcohols.…”

Characterization of Distributed Combustion of Reformed Methanol Blends in a Model Gas Turbine Combustor

“…Li et al [27,28] studied MILD combustion using LES/PaSR model and found that autoignition and flame-like structures both play important roles in the combustion. Duwig's group conducted a sequence of works [29,30,31,32,33,34]. Duwig et al studied a propane-air fuelled flameless burner using LES with detailed chemistry.…”

“…The present work is one of a series of studies [32,33,34] focusing a better understanding of wet combustion technology and its application in gas turbines. This paper aims to fill in these knowledge gaps to facilitate the use of methanol in gas turbine and better understand the combustion properties of large alcohols.…”