This paper investigates the pressure dependency of a lean premixed jet injected into a lean
vitiated crossflow with an experimentally verified detailed chemistry computational fluid …

Three reacting jet-in-crossflow (JiC) methane/air flames were numerically investigated in a
lean axially staged combustor at a pressure of five atmospheres. A detailed chemistry Star …

This paper investigates the formation of nitric oxide (NO) and carbon monoxide (CO)
emissions as a function of nitrogen (N 2) or carbon dioxide (CO 2) diluent content, added to …

In this paper, we explore the operational map of a lean axial-staged combustor of premixed
and partially premixed reacting jet-in-crossflow flames at high-pressure (5 atm). This study …

Axial-staged combustion represents an important concept that has been applied to reduce
NOx emission throughout gas turbine engines. Building upon previous investigations, the …

The micromix (MMX) combustion concept is a DLN gas turbine combustion technology
designed for high hydrogen content fuels. Multiple non-premixed miniaturized flames based …

The present paper numerically studies the impact of three gaseous fuels on the reaction
characteristics and pollutant formation in a lean combustion system. The models include an …

The current investigation aims to develop a validated numerical model of a confined, swirl-
stabilized diffusion flame. This model will assist in designing and optimizing novel …

In this paper we explore the operational map of a lean axial-staged combustor of premixed
and partially premixed reacting jet-in-crossflow flames at high-pressure (5 atm). This study …

This paper describes a Star-CCM+ CFD model predicting NOx emissions for an axial-staged
methane combustor at pressure of five atmospheres. Near-stoichiometric premixed, rich …