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8篇 您的检索式：作者名="Dubbioso"

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		题名	作者	年代	出处	被引量
	1	On the wake dynamics of a propeller operating in drift显示文摘	DI MASCIO A MUSCARI R DUBBIOSO G	2014	Journal of Fluid Mechanics2014，754，9：	1
	2	Analysis of a marine propeller operating in oblique flow,part 2:very high incidence angles显示文摘	Dubbioso G Muscari R Mascio A D	2014	Computers&Fluids2014，92，：	1
	3	Spasmodic dysphonia follow-up with videolaryngoscopy and voice spectrography during treatment with botulinum toxin显示文摘	ESPOSITO M DUBBIOSO R APISA P	2015	Neurol Sci2015，36，：	1
	4	Mutilating fingertip ulcers in uncontrolled type 1 diabetes mellitus显示文摘	Raffaele Dubbioso Maria Nolano Raffaella Mazzarella Angela Albarosa Rivellese Fiore Manganelli	2014	Neurological Sciences2014，，1：	1
	5	Analysis of twin screw ships' asymmetric propeller behaviour by means of free running model tests显示文摘	CORADDU A DUBBIOSO G MAURO S VIVIANI M	2013	Ocean Engineering2013，68，：	1
	6	Electrophysiological characterisation in hereditary spastic paraplegia type 5 显示文摘	Manganelli F Pisciotta C Dubbioso R	2011	Clin Neurophysiol2011，122，：	1
	7	Autoimmune auto- nomic ganglionopathy: a possible postganglionic neuropathy显示文摘	Manganelli F Dubbioso R Nolano M	2011	Arch Neurol2011，68，：	1
	8	Simplified hydrodynamic models for the analysis of marine propellers in a wake-field显示文摘This paper presents a comparison among different hydrodynamic models for the analysis of the unsteady loads delivered by a marine propeller working in an axial,non-uniform inflow.Specifically,for a propeller subjected to a wake-field dominated by local high-frequency changes in space,the unsteady hydroloads predicted by the Nakatake formulation are compared with those given by the Theodorsen and Sears theories,respectively.Drawbacks and potentialities of these approaches are highlighted to assess a computationally efficient hydrodynamic solver for the analysis of operating conditions where propeller blades are significantly perturbed by a multi-harmonic onset-flow.Guidelines coming from this investigation may drive the choice of a fast and reliable unsteady propeller modeling that represents a good trade-off between accuracy of simulation and cost of computation within implementation in Computational Fluid Dynamics(CFD)solvers.The hydrodynamic formulations herein proposed are validated through numerical comparisons with the(accurate but computationally expensive)propeller loads predicted by a fully 3-D panel-method Boundary Element Method(BEM)solver,suited for the analysis of propellers operating in a complex hydrodynamic environment.	DURANTE D. DUBBIOSO G. TESTA C.	2013	Journal of Hydrodynamics2013，25，6：	1

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