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6篇 您的检索式：作者名="Simone Hochgreb"

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		题名	作者	年代	出处	被引量
	1	Rapid Compression Machines: Heat Transfer and Suppression of Corner Vortex显示文摘	Daeyup Lee Simone Hochgreb	1998	Combustion and Flame1998，，3：	1
	2	Mechanisms of Particulate MatterFormation in Spark-Ignition Engines 1 : Effect of Engine Operating Conditions 显示文摘	David Kayes Simone Hochgreb	1999	Environment Science & Technology1999，33，22：	1
	3	Mechanisms of Particulate Matter Formation in Spark-Ignition Engines 3 : Model of PM Formation显示文摘	David Kayes Simone Hochgreb	1999	Environment Science & Technology1999，33，22：	1
	4	Measurements of Laminar Flame Speeds of Liquid Fuels: Jet-A1, Die- sel, Palm Methyl Esters and Blends Using Particle Imag- ing Velocimetry (PIV) 显示文摘	Cheng Tung Chong Simone Hochgreb	2011	Combustion Science and Technology2011，33，1：	1
	5	Chemical Kinetic Modeling of Exhaust Hydrocarbon Oxidation显示文摘	Kuo-chun Wu Simone Hochgreb Michael G Norris	1995	Combustion and Flame1995，100，：	1
	6	Measurements of Non-reacting and Reacting Flow Fields of a Liquid Swirl Flame Burner显示文摘The understanding of the liquid fuel spray and flow field characteristics inside a combustor is crucial for designing a fuel efficient and low emission device.Characterisation of the flow field of a model gas turbine liquid swirl burner is performed by using a2-D particle imaging velocimetry(PIV)system.The flow field pattern of an axial flow burner with a fixed swirl intensity is compared under confined and unconfined conditions,i.e.,with and without the combustor wall.The effect of temperature on the main swirling air flow is investigated under open and non-reacting conditions.The result shows that axial and radial velocities increase as a result of decreased flow density and increased flow volume.The flow field of the main swirling flow with liquid fuel spray injection is compared to non-spray swirling flow.Introduction of liquid fuel spray changes the swirl air flow field at the burner outlet,where the radial velocity components increase for both open and confined environment.Under reacting condition,the enclosure generates a corner recirculation zone that intensifies the strength of radial velocity.The reverse flow and corner recirculation zone assists in stabilizing the flame by preheating the reactants.The flow field data can be used as validation target for swirl combustion modelling.	CHONG Cheng Tung HOCHGREB Simone	2015	Chinese Journal of Mechanical Engineering2015，28，2：	0

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