This paper studies the flame dynamics near lean blowout (LBO) conditions in a stratified
swirl burner. The novel BASIS burner is used and fueled with premixed methane/air mixture …

The present paper examines the capability of low swirl flows in stabilizing low calorific value
fuels. To such an aim, CO 2 gas is used to adjust the reactivity of CH 4/air mixtures. The …

The present paper reports experimental and numerical analyses of the macrostructures
featured by a stratified swirling flame for varying stratification ratio (SR). The studies are …

The present article investigates the interactions between the pilot and main flames in a novel
stratified swirl burner using both experimental and numerical methods. Experiments are …

This work investigates lean blowout (LBO) dynamics of dimethyl ether (DME)/air premixed
swirl flames in a gas turbine model combustor with and without confinement. CH …

Experimental and numerical studies were performed to understand the stabilization of lean
premixed natural gas/air flames in a gas turbine model combustor which was equipped with …

Blow-off of swirl flames as well as its mechanism are fundamental issues and attract
continuous attention due to its wide application in modern combustors. This study …

Although the lean-premixed low-swirl burner (LSB) has been successfully demonstrated in a
variety of applications, the mechanisms of flame stabilization are not fully understood and …

This work designs an axial/tangential swirl jet burner to establish stable CH 4/O 2/CO 2
combustion under a wide range of operating conditions. As the flow rate of the axial fuel …

Abstract Large Eddy Simulation (LES) is conducted for the combustion instabilities of the
stratified swirling flames. Two different pilot-stage equivalence ratios (Φ p), 0 (lifted flame) …