The demands on the quality of velocity, concentration and temperature data from turbulent
combustion systems for comparison with numerical predictions are rising with the increasing …

A numerical method is presented for the simulation of turbulent diffusion flames in complex
compressible flow fields. The method uses a two equation k-ϵ turbulence model combined …

The unsteady flamelet model is applied in numerical simulations of a steady, turbulent,
nitrogen-diluted hydrogen-air diffusion flame. An unsteady flamelet is solved interactively …

Turbulent combustion of non-and partially premixed hydrocarbon-based fuels such as
methane is of practical importance in many technical applications. A basic understanding of …

A method is presented to artificially generate initial conditions and transient inflow-
conditions for DNS and LES. It creates velocity fields that satisfy a given Reynolds-stress …

Large-Eddy Simulation of transcritical combustion is considered in this article. This analysis
is motivated by rocket propulsion applications where cryogenic oxygen is injected at low …

To reduce the impact of combustion of fossil fuels on air quality and climate change,
dimethyl ether (DME) is a promising alternative diesel fuel candidate. Technical combustion …

Combustion generated noise of a turbulent spray flame has been investigated using a
hybrid Computational Fluid Dynamics/Computational Aero-Acoustics (CFD/CAA) framework …

A hybrid approach combining large eddy simulation with computational aeroacoustics
(LES/CAA) to describe combustion noise in the near field of a turbulent flame is presented …

A turbulence-chemistry interaction model based on presumed probability density functions
(PDF) is presented. It can be coupled with conventionally reduced mechanisms and is …