The purpose of this paper is to demonstrate the effects of thermal expansion, as a result of
heat release arising from exothermic chemical reactions, on the underlying turbulent fluid …

The self-adaptive turbulence eddy simulation (SATES) is employed to investigate the lean
premixed methane/air turbulent flame in a single-nozzle model gas turbine combustor, in …

The recirculation zone length behind a bluff body is influenced by the turbulence intensity at
the base of the body in isothermal flows and also the heat release and its interaction with …

Large eddy simulations (LES) with flamelet and presumed filtered density function closure
are used to simulate turbulent premixed and partially premixed hydrogen flames. Different …

The turbulent reacting flow in an industrial gas turbine combustor operating at 3 bar is
computed using the large-eddy simulation paradigm. The subgrid-scale combustion is …

The main objective of this paper is to assess the capability of compressible Large Eddy
Simulations (LES) to capture azimuthal combustion instability. The thickened flame model …

Large eddy simulation is used to investigate the flashback mechanism caused by the
combustion-induced vortex breakdown (CIVB) in a high-pressure lean-burn annular …

Turbulence in the hydrogen combustion field influences flame propagation and its
consequences, which is of great importance for the safety of hydrogen/nuclear energy …

The physical mechanism leading to flame local extinction remains a key issue to be further
understood. An analysis of large eddy simulation (LES) data with presumed probability …

A numerical investigation is conducted to shed light on the reasons leading to different flame
configurations in gas turbine (GT) combustion chambers of aeronautical interest. Large eddy …