Statistics for: caltechconf.library.caltech.eduAwstats Web Site
Last Update: 01 Jul 2014 - 11:14
Reported period:Month Jun 2014
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117 different keyphrasesSearchPercent
null74.5 %
acomputerstudyofelectron-electroninteractioninhighdensityelectronbeams-caltechconf42.5 %
http //caltechconf.library.caltech.edu/143/1/pope.pdf42.5 %
hydrodynamic cavitation scale31.9 %
leading edge cavitation31.9 %
single-chipcomputers thenewvlsibuildingblocks-caltechconf31.9 %
supercavitation31.9 %
systolicpriorityqueues-caltechconf31.9 %
instability of partial cavitation a numerical/experimental approach21.2 %
restriction pipe21.2 %
wing section noise reduction21.2 %
propellers in tunels21.2 %
les tip vortex cavitation21.2 %
cavitation of naca wing21.2 %
cavitation instability callenaere21.2 %
bubble acoustic21.2 %
added mass coefficient equation21.2 %
pa test for propellers ittc21.2 %
vlsi computation geometry21.2 %
logic design theory21.2 %
calculate cavitation number at an orifice21.2 %
simple method cavitation21.2 %
re-entrant jet scaling21.2 %
calculating cavitation pump10.6 %
hofmann 2001 cavitation10.6 %
partial cavities global behaviour and mean pressure distribution10.6 %
visualizations of leading edge cavitation in an inducer at different temperatures10.6 %
cavity slot drag reduction10.6 %
pump intake velocity profile effect on performance10.6 %
ship propeller vortices10.6 %
ap keller scale effect cavitation10.6 %
cavitation rupture ductile10.6 %
effects of vortex nagahara10.6 %
air intake impact on pump performance10.6 %
cavitating tip vortex collapse10.6 %
simulation of cavitation impact on aluminium10.6 %
reentrant jet modeling of partial cavity flow on three-dimensional hydrofoils10.6 %
blade outlet angle effect for centrifugal pump.pdf10.6 %
cavitation erosion mechanism10.6 %
the different basic types of aircraft propeller10.6 %
cavitation numerical simulation experiment10.6 %
naca0012 pressure distribution simulation10.6 %
ultrasonic superhydrophobic mesh cavitation10.6 %
rupture ductile cavitation10.6 %
leading edge shape pump10.6 %
internet logic analysis for vlsi design10.6 %
naca 0010 modeling by fluent10.6 %
shen y.t. chahine g. hsiao c.t. and jessup s. 2001 “effects of model size and free stream nuclei on tip vortex cavitation scaling” cav 2001 − 4th international symposium on cavitation pasadena10.6 %
significance of device modeling in vlsi ckt design and development10.6 %
vlsi innvoation10.6 %
hydrodynamic cavitation as advantage10.6 %
vlsi design hierarchy10.6 %
a new parameter to predict cavitation erosion10.6 %
refining vortices in fluent10.6 %
restriction orifice downstream length10.6 %
restriction orifice installation10.6 %
korkut atlar noise10.6 %
futd-54 depositfiles or filepost or novafile or filefactory or uploaded or ul.to or share-online or turbobit or mega.co or shareflare or keep2share or wushare or bitshare or rapidgator or ryushare or freakshare or netload or extabit or secureupload or fileparadox or putlocker or cloudsod or upfile or filerio or asfile10.6 %
measurement of bubble size distribution an acoustic technique10.6 %
yoshinobu tsujimoto osaka university osaka japan research10.6 %
architecture design vlsi10.6 %
hierarchical design strengths10.6 %
author hideshi ishida10.6 %
suction intake design for vertical pump10.6 %
impeller leading edge shape pressure rise10.6 %
propellers in tunnels10.6 %
section of the 841b propeller10.6 %
http //caltechconf.library.caltech.edu/42/1/pasadena.ps10.6 %
cavitation in an orifice10.6 %
zzzxdtt10.6 %
mead conway silicon10.6 %
cavitation model10.6 %
the effect of a longitudinal gravitational field on the supercavitating flow over a wedge10.6 %
orifice plate pipe erosion10.6 %
cavitation erosion mechanism numerical simulations of the interaction between pressure waves and solid boundaries10.6 %
cavitation simple method10.6 %
hydrodynamic effects of phase relative motion on critical bubbly cavitating flows through a converging-diverging nozzle10.6 %
effect of the sub- merged vortex cavitation occurred in pump suction intake on hydraulic forces of mixed flow pump impeller10.6 %
inner structure of cloud cavity on a foil10.6 %
emin korkut10.6 %
vortex tip cavitation10.6 %
characteristic of a orifice10.6 %
added mass calculation10.6 %
cavitation erosion prediction from inferred forces using material resistance data10.6 %
cavitation coalescene orifice10.6 %
nand pla10.6 %
added mass formula10.6 %
franc thermodynamic cavitation10.6 %
hofmann 2001 similarities and geometrical10.6 %
supercavitating body and free surface10.6 %
cfd model of vortex in pump sump10.6 %
navy propeller10.6 %
homogeneous equilibrium approach cavitation10.6 %
cavitation solid boundary10.6 %
experimental study of ventilated cavity on dynamic test model10.6 %
cavitation lift10.6 %
logic circuit and switching theory pdf10.6 %
cavitation bubble behavior near solid boundaries10.6 %
radar deghost10.6 %
cavitation bubbles near solid boundaries10.6 %
betac10.6 %
predition method cavitation flow10.6 %
changing of azipod propeller blades10.6 %
turbopump historical10.6 %
signal delay in rc tree networks10.6 %
area requirement in vlsi10.6 %
hierarchy design using cmos10.6 %
okamura simulation model cfd10.6 %
numerical simulations of compressible navier-stokes equations --external 2d flows around a naca 0012 airfoil10.6 %
vijay arakeri10.6 %
size spatial impact of laser cavitation bubble collapse10.6 %
cavitation erosion10.6 %
hydrofoil tip cavitation10.6 %
layout techniques in vlsi design10.6 %
cavitation workshop erosion10.6 %
compare 1d and 3d flow of orifice10.6 %
laser induced cavitation bubble10.6 %



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