Review of Lagrangian stochastic models for turbulent combustion
Predictive simulation of the combustion process in engine is crucial to understand the
complex underlying physicochemical processes, improve engine performance, and reduce …
complex underlying physicochemical processes, improve engine performance, and reduce …
Numerical and analytical assessment of finite rate chemistry models for LES of turbulent premixed flames
Different combustion models for large eddy simulation, including the quasi-laminar (QL),
Eddy dissipation concept (EDC), and partially stirred reactor (PaSR) models, are assessed …
Eddy dissipation concept (EDC), and partially stirred reactor (PaSR) models, are assessed …
Self-adaptive turbulence eddy simulation of a premixed jet combustor
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 …
premixed methane/air turbulent flame in a single-nozzle model gas turbine combustor, in …
Assessment of finite-rate chemistry effects in a turbulent dilute ethanol spray flame
Simulations of a benchmark ethanol dilute spray flame are performed with four combustion
models at different levels of closure for turbulence–chemistry interaction (TCI) to provide a …
models at different levels of closure for turbulence–chemistry interaction (TCI) to provide a …
Investigation of reaction-induced subgrid scalar mixing in LES/FDF simulations of turbulent premixed flames
Large eddy simulation (LES) combined with filtered density function (FDF), ie, LES/FDF, is
an effective approach for high-fidelity simulation of turbulent flames. In this work, LES/FDF …
an effective approach for high-fidelity simulation of turbulent flames. In this work, LES/FDF …
A mixing timescale model for differential mixing in transported probability density function simulations of turbulent non-premixed flames
The modeling of scalar mixing timescale remains a primary challenge in the transported
probability density function (TPDF) method. The variation of scalar mixing timescale among …
probability density function (TPDF) method. The variation of scalar mixing timescale among …
Transported filtered density function in self-adaptive turbulence eddy simulation
The filtered density function (FDF) in the context of large eddy simulation (LES) has
demonstrated its unique strength in predicting complex turbulent reacting flows. However …
demonstrated its unique strength in predicting complex turbulent reacting flows. However …
Modeling Edge Flame Propagation for Flame Particle Tracking in the Forced Ignition Process of Turbulent Nonpremixed Jet Flame
To ensure safe and reliable operation, ignition performance in propulsion and power
devices needs to be thoroughly assessed. Reduced order models (ROMs) for ignition have …
devices needs to be thoroughly assessed. Reduced order models (ROMs) for ignition have …
Consistent submodel coupling in hybrid particle/finite volume algorithms for zone-adaptive modelling of turbulent reactive flows
T Yang, Y Yin, H Zhou, Y Mo, Y Chen… - Combustion Theory and …, 2022 - Taylor & Francis
A hybrid particle/finite volume algorithm has been formulated for zone-adaptive modelling of
turbulent reactive flows to achieve both high fidelity in predictions and high computational …
turbulent reactive flows to achieve both high fidelity in predictions and high computational …
An investigation of subgrid mixing timescale modelling in LES of supersonic turbulent flames
The predictive numerical simulation of supersonic turbulent combustion, in which the
turbulent intensity is high and the fuel/air mixture is near the flammability limit, remains …
turbulent intensity is high and the fuel/air mixture is near the flammability limit, remains …