Statistics for: caltechconf.library.caltech.eduAwstats Web Site
Last Update: 02 Nov 2015 - 09:02
Reported period:Month Oct 2015
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Keyphrases used on search engines  
49 different keyphrasesSearchPercent
finite volume cavitation46.2 %
vortex pump suction performance34.6 %
content23.1 %
cavitation numerical simulation23.1 %
blade supercavitating propeller23.1 %
[3] g.kuiper/main the netherlannds.-“new developments around sheet and tipvortex cavitation on ships propellers”. /resolver. caltech. edu/cav2001 2001 - caltechconf. library.caltech.edu23.1 %
re-entrant jet modelling for partially cavitating two-dimensional hydrofoils23.1 %
restriction orifice plates23.1 %
turbomachinery colloquium lectures23.1 %
laser bubble time water23.1 %
water jet cutting constitutive law erosion -abrasive23.1 %
bellmouth suction area23.1 %
gdfdfdfwshkwjkqwujgfgfgft mfnfbgrgeve11.5 %
numerical modelling of cavitation inside centrifugal pumps11.5 %
vortex calculation formulas11.5 %
soyama cavitation pvdf11.5 %
supercavitation drag11.5 %
advantages of vlsi11.5 %
vortex strength given chord position 2d11.5 %
observations of oscillating cavitation on a flat plate hydrofoil11.5 %
cavitation erosion mecanism11.5 %
experimental study of unsteady partial cavitation11.5 %
orifice cavitation11.5 %
propeller cavitation11.5 %
sump pump inlet design for vortex11.5 %
vortex at pump intake11.5 %
investigations into the causes of corrosion or erosion of propellers11.5 %
cavitation number for restriction orifice11.5 %
ho cavitation scaling11.5 %
added mass calculation11.5 %
problems on digital vlsi design11.5 %
pump capacity effects of vortex11.5 %
turbopump design codes11.5 %
orifice flow cavitation11.5 %
vortex on pumps11.5 %
laser cavitation11.5 %
vlsi systems and applications11.5 %
resses for water intake on r v11.5 %
numerical modeling of sheet and tip vortex cavitation with fluent11.5 %
turbine tip clearance11.5 %
inducer leading edge thickness11.5 %
digital system design hierarchy11.5 %
mosflipflop11.5 %
cavitation in pipes11.5 %
vortex pump suction11.5 %
compressible multiphase11.5 %
some models of prediction of supercavitation flows based on slender body approximation ”11.5 %
re-entrant cavities11.5 %
self-timed vlsi systems11.5 %



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