Developing supersonic combustion models with efficiency, accuracy and practicality is
important foundation to deeply understand the complex combustion processes in scramjet …

Propellant injection and turbulent combustion in high-pressure engines is often dominated
by real-gas effects. However, previous studies suggested that the departure of the fluid …

The stabilization of lifted flames involves a complex competition between small-scale mixing
and propagation of flame kernels at the base of the flame. Here, the effect of species …

Large eddy simulation (LES) of turbulent reacting sprays is performed to investigate the
interactions of droplet evaporation and subfilter scalar mixing processes. A stochastic …

Abstract This work presents Large Eddy Simulations of a single-element GOx-GCH 4
combustion chamber at elevated pressure. A robust and efficient flamelet model accounting …

Simulation of turbulent mixing and combustion at supercritical pressures requires the use of
a real-fluid equation of state (EOS) to represent the nonideal, nonlinear thermodynamic …

The flame stabilization is a complex problem, especially when reducing the fuel supply, as it
involves complicated interactions of turbulence, mixing, and chemistry. In this study, the …

Combustion models of different fidelity are applied to a seven-element gaseous
methane/oxygen subscale rocket combustion chamber. The covered region of thermo …

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 …

A flamelet model implementation consists of two steps: the generation of a set of laminar
flamelet solutions and the integration of the laminar flamelet solutions with presumed shape …