… , results from a broader parametric investigation of the combustor with varying geometry,
inlet air temperature and equivalence ratio is presented, along with a more focused study of the …

… flow is decoupled from the combustion dynamics in the present study. Because of the better
… in combustion instability under fuel lean conditions for practical gas turbine applications, we …

… the effects of different fuel spray models on the predictions of combustion instability are …
parametric studies of the combustion instabilities for different equivalence ratios and fuel injector …

… of combustion dynamics in gas turbine combustors … , lean regime. While premixed or partially
premixed configurations such as Lean Premixed Pre-vaporized (LPP), Rich Quench Lean …

… in a model configuration of a lean direct injection (LDI) gas turbine combustor are described.
… with fuel nozzle upstream (2.6 mm) of the throat. Details of experimental parametric studies …

… Combustion characteristics in a hydrogen fuelled single-element lean direct injection (LDI)
combustor for low emission gas turbine engine are computationally investigated. A …

… Combustion dynamics is investigated using an integrated … -scale, single-element lean direct
injection model combustor in … these studies for fast turn-around of the parametric studies with …

… single-element model gas turbine combustor operating at a high chamber pressure (1 MPa).
Self-excited dynamics … dynamics behavior in the single-element LDI gas turbine combustor. …

… The development of aviation gas turbines in the 21st century is predominantly driven by
future environmental regulations and economical issues. As a result, engines with lower …

… gas turbine combustion systems. The present investigation explores swirl-venturi lean
direct injection combustor fundamentals, characterizing the influence of key geometric injector …