Unsteady interactions of flow, fuel–air mixing and reaction in a lean partially-premixed
turbulent swirl flame are investigated using simultaneous particle image velocimetry and …

A laboratory-scale swirling burner, presenting many similarities with gas turbines
combustors, has been studied experimentally using planar laser induced fluorescence …

Premixed low swirling flames (methane–air and hydrogen–methane–air) are experimentally
investigated for three different regimes. Stable, local transient to instability and limit cycle …

An experimental investigation is performed to study the effects of initial fuel-air mixing on
NOx and CO emissions in swirling methane jet flames. The major parameters used to modify …

Velocity fields and flame structures of a partially premixed swirl flame in a gas turbine model
combustor are measured in axial and transverse sections using simultaneous (Stereo-) PIV …

Turbulent non-premixed swirl-stabilized flames were investigated experimentally in a gas
turbine model combustor with optical access. Velocity and soot concentration fields were …

This paper introduces a new swirl burner which has simple, well-defined boundary
conditions and which stabilizes complex, turbulent, unconfined flames that are not unlike …

This paper presents a joint large eddy simulation and laser diagnostic investigation of
premixed turbulent low swirl flames. A lean premixed methane/air mixture, of the …

The relationships between flow field, flame structure, and soot distribution were investigated
experimentally in turbulent 4 kW non-premixed swirl flames of methane and air at three …

This paper presents numerical simulations and laser diagnostic experiments of a swirling
lean premixed methane/air flame with an aim to compare different Large Eddy Simulations …