Fuel injection and distribution play an important role in the formation and migration of hot
streaks in gas turbine combustors and determine the exit temperature uniformity especially …

Turbulent spray combustion in a generic kerosene-fueled single-cup combustor at typical
idle and cruise conditions of an aeroengine are studied with Large Eddy Simulations (LES) …

With growing interest in sustainable civil supersonic and hypersonic aviation, there is a need
to model the combustion of alternative, sustainable jet fuels. This work presents numerical …

Radiative heat transfer (RHT) and Turbulence-Radiation Interaction (TRI) are closed related
with the internal temperature, NO formation and liner temperature of aero-engine …

The outlet temperature distribution plays a crucial role in determining the lifespan and
stability of downstream thermal components. It poses a significant challenge in the design …

The importance of the combustion chamber has been underestimated for years by
aeroengine manufacturers that focused their research efforts mainly on other components …

To meet the requirements of achieving higher efficiency and lower NOx pollution, the flame
temperature in gas turbine combustors increases continually; thus, the effusion-cooling …

Computational Fluid Dynamics is a fundamental tool to simulate the flow field and the multi-
physics nature of the phenomena involved in gas turbine combustors, supporting their …

Jet in crossflow (JIC) is widely used in many industrial applications, but the lack of accuracy
on JIC flow prediction with Reynolds-averaged Navier Stokes (RANS) approaches has been …

1-D codes are still much utilized regarding the preliminary design and the design phase of a
single component. In particular, combustors is one of the most critical component in gas …