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7篇 您的检索式：作者名="Luc Vervisch"

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		题名	作者	年代	出处	被引量
	1	Using numerics to help the understanding of non-premixed turbulent flames显示文摘	Luc Vervisch	2000	Proceedings of the Combustion Institute2000，，1：	1
	2	Turbulent combustion modeling显示文摘	Denis Veynante Luc Vervisch	2002	Progress in Energy and Combustion Sci- ence2002，，28：	1
	3	Two recent developments in numerical simulation of premixed and partially premixed turbulent flames显示文摘	LUC Vervisch PASCALE Domingo	2006	Comptes Rendus Mécanique2006，，8：	1
	4	Turbulent Combustion Modelling 显示文摘	Denis Veynante Luc Vervisch	2002	Prog Energy Combust Sci2002，28，19：	1
	5	Direct Numerical Simu- lation of Non-Premixed ~I51rbulent Flames 显示文摘	Luc Vervisch Thierry Poinsot	1998	Annu R ev Fluid Mech1998，30，66：	1
	6	Combustion of Residual Steel Gases:Laminar Flame Analysis and Turbulent Flamelet Modeling显示文摘	Olivier Gicquel Luc Vervisch Guilaume Joncquet		0，，：	1
	7	Machine learning for integrating combustion chemistry in numerical simulations显示文摘A strategy based on machine learning is discussed to close the gap between the detailed description of combustion chemistry and the numerical simulation of combustion systems.Indeed,the partial differential equations describ-ing chemical kinetics are stiffand involve many degrees of freedom,making their solving in three-dimensional unsteady simulations very challenging.It is discussed in this work how a reduction of the computing cost by an order of magnitude can be achieved using a set of neural networks trained for solving chemistry.The ther-mochemical database used for training is composed of time evolutions of stochastic particles carrying chemical species mass fractions and temperature according to a turbulent micro-mixing problem coupled with complex chemistry.The novelty of the work lies in the decomposition of the thermochemical hyperspace into clusters to facilitate the training of neural networks.This decomposition is performed with the Kmeans algorithm,a local principal component analysis is then applied to every cluster.This new methodology for combustion chemistry reduction is tested under conditions representative of a non-premixed syngas oxy-flame.	Huu-Tri Nguyen Pascale Domingo Luc Vervisch Phuc-Danh Nguyen	2021	Energy and AI2021，5，3：	0

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