Statistics for: caltechconf.library.caltech.eduAwstats Web Site
Last Update: 04 Aug 2014 - 09:55
Reported period:Month Jul 2014
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Keyphrases used on search engines  
122 different keyphrasesSearchPercent
supercavitation85 %
system on chip-vlsi projects53.1 %
http //caltechconf.library.caltech.edu/143/1/pope.pdf42.5 %
numerical modeling of supercavitating and surface-piercing propeller flows31.8 %
systolic arrays31.8 %
modelling simulation fea of single optic laser cavitation impact21.2 %
an experimental evaluation of the effects of a water microjet and a shock wave by a local pressure sensor21.2 %
needle lift cavitation21.2 %
arc impeller21.2 %
検索21.2 %
supercavitation hydrodynamics21.2 %
unsteady forward-facing cavity flow21.2 %
supercavitation research papers21.2 %
http //caltechconf.library.caltech.edu/42/1/pasadena.ps21.2 %
coupled rans bem21.2 %
supersonic cavitation21.2 %
comparison of cavitation phenomena in diesel nozzles21.2 %
bubble cloud collapse near a boundary21.2 %
vortex effect in pumps21.2 %
binary tree network with processors at all nodes21.2 %
summersed sump pump cavitation21.2 %
cavitation workshop erosion21.2 %
laser induced cavitation bubble21.2 %
numerical modeling of sheet and tip vortex10.6 %
utilization of cavitation for environmental protection—killing planktons and dispersing spilled oil10.6 %
ultrasound cavitation bubbles in water10.6 %
testing high speed underwater vehicles water tunnel10.6 %
experimental evaluation of nume rical simulation of cavitating flow around hydrofoil10.6 %
partial cavities global behaviour and mean pressure distribution10.6 %
high speed water tunnel10.6 %
http //caltechconf.library.caltech.edu/111/1/a9_003.pdf10.6 %
temperature of laser induced cavitation bubble10.6 %
partial cavity instabilities and re-entrant jet10.6 %
characteristics in a restricted orifice in split system10.6 %
adiabatic cavitation bubble laser produced plasma10.6 %
accoustic emision from bubles flow10.6 %
typical pressure of blowdown for helium10.6 %
mechanism of cloud cavitation generation on a 2-d hydrofoil10.6 %
model 841-b propeller10.6 %
orifice cavitation10.6 %
abstrac kaplan turbine pdf10.6 %
chimera grid10.6 %
simplified models for the drag coefficient of a pitched baseball10.6 %
merits and demerits of integrated circuits pdf files10.6 %
surface cleaning by laser cavitation10.6 %
cavitation simulation in 3 phase flow10.6 %
minimum bisection width vlsi10.6 %
dynamic u ventilated cavity10.6 %
cavitation turbulence simulation10.6 %
re-entrant liquid jet10.6 %
gas compressibility in supercavitation10.6 %
short note on mos flip-flop10.6 %
microbubble erosion alumina10.6 %
a new parameter to predict cavitation erosion10.6 %
vlsi design hierarchy10.6 %
http //caltechconf.library.caltech.edu/92/1/cav2001.pdf10.6 %
high speed vlsi architecture for general linear feedback10.6 %
validation of inducer design process10.6 %
hydrofoil simulation10.6 %
multiple priority queue10.6 %
robert kuklinski10.6 %
minimum area for vlsi10.6 %
string vortex cavitation optical nozzle10.6 %
cavitation index10.6 %
ship dynamic and stability videos10.6 %
luis caltech10.6 %
control of supercavitation flow and stability of supercavitating motion of bodies10.6 %
cavitating flow simulations based on the bubble dynamics10.6 %
numeca turbo unsteady10.6 %
author hideshi ishida10.6 %
disadvantages of vlsi10.6 %
numerical simulation of turbulent flows with sheet cavitation10.6 %
rarefaction zone in explosives10.6 %
mosfet b826 r4l410.6 %
hiroyuki takahira microbubble10.6 %
submerged vortexing10.6 %
cpp propeller noise10.6 %
yuriy savchenko catitation10.6 %
pressure pulses partial cavity10.6 %
implementing thompson algorithm10.6 %
starcd barotropic cavitation10.6 %
atlar 200110.6 %
thermodynamic effect numerical simulation cavitation10.6 %
what are all algorithm used in vlsi10.6 %
vortex cavitation of propeller10.6 %
recent problems in vlsi design technology pdf10.6 %
oxygen inducer design10.6 %
vortex tip cavitation10.6 %
added mass calculation10.6 %
supercavitating10.6 %
backward-facing step porous medium turbulent10.6 %
what are the major advantages of hierarchical design of ic10.6 %
computational modeling of rudder cavitation10.6 %
cavitation frequency10.6 %
restriction orifice plate sizing calculation cavitation10.6 %
what is submerged vortexing10.6 %
kaplin turbine cavitation10.6 %
tyree vance10.6 %
azipod manouvring10.6 %
les model us incapable10.6 %
drag of supercavitating torpedo10.6 %
rayleigh taylor instability simulation10.6 %
effects of gravity and compressibility on supercavitating flow around slender conical body moving at subsonic and supersonic speed10.6 %
investigation of high-speed supercavitating10.6 %
xxx rmlea10.6 %
fitzpatrick dynaflow10.6 %
mechanism of wave erosion10.6 %
calculation of added mass for cone10.6 %
naca0015 fluent10.6 %
cavitation effect on the discharge coefficient of the sharp-edged orifice plant10.6 %
experimental and numerical studies on a centrifugal pump10.6 %
binary tree matrix product10.6 %
design methodology-digital system design by john p hayes pdf10.6 %
savchenko supercavitation10.6 %
tullis cavitation restriction orifice10.6 %
laser induced cavitation10.6 %
experimental and numerical study of cavitation breakdown in a centrifugal pump10.6 %
haslar cavitation tunnel10.6 %
http //caltechconf.library.caltech.edu/62/1/cav2001_joussellin.pdf10.6 %
a simple procedure for prediction of npsh required by inducers10.6 %
acoustic characterization of bubble dispersion10.6 %
hierarchy in vlsi designs10.6 %



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