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13篇 您的检索式：作者名="Fernandino"

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		题名	作者	年代	出处	被引量
	1	Simulation of transients in natu- ral gas pipelines显示文摘	DORAO C A FERNANDINO M	2011	Journal of Natural Gas Science and Engineer- ing2011，3，1：	1
	2	Experimental Results on Boiling Heat Transfer Coefficient, Frictional Pres- sure Drop and Flow Patterns for R134a at a Saturation Temperature of 34 ~C 显示文摘	Chiapero E M Fernandino M Dorao C A	2014	International Journal of Refrigeration2014，40，：	1
	3	Multi-fluid modeling of density segregation in a dense binary fluidized bed显示文摘This paper presents simulation results of the density segregation in a dense binary gas fluidized bed using a multi-fluid model from Chao et al. (2011). The segregation behavior of two types of particles with approximately same particle diameters and different particle densities was studied and validated using the experimental data from Formisani et al. (2008). Some detailed information regarding the gas, particle velocity profiles, the distributions of the particle volume fractions and the flotsam-to-total par- ticle volume fraction ratios is presented. The simulation results show that the simulated axial average flotsam-to-total particle volume fraction ratio distribution agrees reasonably with the experimental data of Formisani et al. (2008). The binary particle velocities are closely coupled though the segregation exists. The segregation behavior and the particle velocity profiles are superficial gas velocity dependent. The number and distribution of particle velocity vortices change dramatically with superficial gas velocity: at a comparatively low superficial gas velocity, the particles mainly segregate axially, and at a comparatively high superficial gas velocity, the particles segregate both axially and radially.	Zhongxi Chao Yuefa Wang Jana P. Jakobsen Maria Fernandino Hugo A. Jakobsen	2012	Particuology2012，10，1：	1
	4	Determination of flow sub-regimes in stratified air-water channel flow using LDV spectra显示文摘	Fernandino M Ytrehus T	2006	International Journal of Multiphase Flow2006，22，4：	1
	5	Isothermal Oxidation Resistance Comparison between Air Plasma Sprayed,Vacuum Plasma Sprayed and High Velocity Oxygen Fuel Sprayed CoNiCrAlY Bond Coats显示文摘	Di Fernandino M Fossati A Lavacchi A		0，，：	1
	6	Experimental parametric study of the pressure drop characteristic curve in a horizontal boiling channel显示文摘	MANAVELA C E DODER D FERNANDINO M	2014	Experimental Thermal and Fluid Science2014，52，：	1
	7	Experimental study of pressure drop oscillations in parallel horizontal channels显示文摘	MANAVELA C E FERNANDINO M	2014	International Journal of Heat and Fluid Flow2014，50，：	1
	8	Review on pressure drop oscillations in boiling systems显示文摘	MANAVELA C E FERNANDINO M	2012	Nuclear Engineering and Design2012，250，：	1
	9	Determination of flow sub-regimes in stratified air-water channel flow using LDV spectra显示文摘	Fernandino M Ytrehus T	2006	Int J Multiph Flow2006，22，4：	1
	10	查看详情显示文摘	Pérez M R Fernandino J I Carriquiriborde P Somoza G M		0，，05：	1
	11	Characterization and expression profile of the ovarian cytochrome P-450 aromatase ( cypl9A1 ) gene during thermolabile sex determination in pejerrey, Odontesthes bonariensis 显示文摘	KARUBE M FERNANDINO J I STROBL-MAZZULLA P	2007	Journal Experiment Biology Part A : Ecological Genetics and Physiology2007，307，11：	1
	12	Simulation of Transients in Natural Gas Pipelines显示文摘	DORAO C A FERNANDINO M		0，，03：	1
	13	Multiphysic Two-Phase Flow Lattice Boltzmann:Droplets with Realistic Representation of the Interface显示文摘Free energy lattice Boltzmann methods are well suited for the simulation of two phase flow problems.The model for the interface is based on well understood physical grounds.In most cases a numerical interface is used instead of the physical one because of lattice resolution limitations.In this paper we present a framework where we can both follow the droplet behavior in a coarse scale and solve the interface in a fine scale simultaneously.We apply the method for the simulation of a droplet using an interface to diameter size ratio of 1 to 280.In a second simulation,a small droplet coalesces with a 42 times larger droplet producing on it only a small capillary wave that propagates and dissipates.	Pablo M.Dupuy María Fernandino Hugo A.Jakobsen Hallvard F.Svendsen	2011	Communications in Computational Physics2011，9，5：	0

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