Low-Order Autoignition Modeling for Hydrogen Transverse Jets
S Gkantonas, E Mastorakos - Journal of Propulsion and Power, 2023 - arc.aiaa.org
This paper presents a method for evaluating the risk of autoignition for the canonical
problem of an enclosed hydrogen jet in crossflow (JICF), which is highly relevant to the …
problem of an enclosed hydrogen jet in crossflow (JICF), which is highly relevant to the …
Soot emission simulations of a single sector model combustor using incompletely stirred reactor network modeling
The simulation of soot evolution is a problem of relevance for the development of low-
emission aero-engine combustors. Apart from detailed CFD approaches, it is important to …
emission aero-engine combustors. Apart from detailed CFD approaches, it is important to …
Estimation of Autoignition Propensity in Aeroderivative Gas Turbine Premixers Using Incompletely Stirred Reactor Network Modeling
The study of autoignition propensity in premixers for gas turbines is critical for their safe
operation and design. Although premixers can be analyzed using reacting computational …
operation and design. Although premixers can be analyzed using reacting computational …
A Stochastic and Bayesian Inference Toolchain for Uncertainty and Risk Quantification of Rare Autoignition Events in Dry Low-Emission Premixers
Quantification of aleatoric uncertainties due to the inherent variabilities in operating
conditions and fuel composition is essential for designing and improving premixers in dry …
conditions and fuel composition is essential for designing and improving premixers in dry …
Quantification of Autoignition Risk in Aeroderivative Gas Turbine Premixers Using Incompletely Stirred Reactor and Surrogate Modeling
The design and operation of premixers for gas turbines must deal with the possibility of
relatively rare events causing dangerous autoignition (AI). Rare AI events may occur in the …
relatively rare events causing dangerous autoignition (AI). Rare AI events may occur in the …
Imperfectly stirred reactor model predictions of reaction in a burner with strong recirculation
K Mobini, RW Bilger - Combustion science and technology, 2004 - Taylor & Francis
An imperfectly stirred reactor (ISR) is a model that can be applied to strongly recirculating
reactive flows. This model, which is based on the conditional moment closure method, uses …
reactive flows. This model, which is based on the conditional moment closure method, uses …
Parametric study of the Incompletely Stirred Reactor modeling
K Mobini, RW Bilger - Combustion and flame, 2009 - Elsevier
The Incompletely Stirred Reactor (ISR) is a generalization of the widely-used Perfectly
Stirred Reactor (PSR) model and allows for incomplete mixing within the reactor. Its …
Stirred Reactor (PSR) model and allows for incomplete mixing within the reactor. Its …
Incompletely stirred reactor network modeling of a model gas turbine combustor
The prediction of soot emissions is a requirement for the development of gas turbine
combustors. Apart from global quantities related to soot mass, future regulations also call for …
combustors. Apart from global quantities related to soot mass, future regulations also call for …
Conditional moment closure approaches for simulating soot and NOx in a heavy-duty diesel engine
A heavy-duty diesel engine (ETH-LAV single cylinder MTU396 heavy duty research engine)
was simulated by RANS and advanced reacting flow models to gain insight into its soot and …
was simulated by RANS and advanced reacting flow models to gain insight into its soot and …
Incompletely Stirred Reactor Network Modelling for Soot Emissions Prediction in Aero-Engine Combustors
The simulation of soot from swirl flames is a problem of relevance for the development of low-
emission aero-engine combustors. Apart from detailed CFD approaches, it is of importance …
emission aero-engine combustors. Apart from detailed CFD approaches, it is of importance …