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tip vortex cavitation101.2 %
the use of cavitating jets to oxidize organic compound in water70.9 %
.the role of‘splashing’in the collapse of a laser-generated cavity near a rigid boundary60.7 %
sheet cavitation60.7 %
cavitation number60.7 %
orifice cavitation50.6 %
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cavitation panel method30.3 %
numerical and experimental investigations of the cavitating behavior of an inducer30.3 %
orifice plates japan30.3 %
rocket turbopump design30.3 %
investigating to cavitation behavior of orifice tunnel30.3 %
supercavitating propellers30.3 %
azipod maneuvering30.3 %
the use of cavitating jets to oxidize organic compounds in water30.3 %
joint time frequency analysis30.3 %
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lcc turning vane design30.3 %
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cavitation model30.3 %
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vortex effect in hydraulic20.2 %
recent advances in tip vortex cavitation research. arndt20.2 %
http //caltechconf.library.caltech.edu/42/0/pasadena.ps20.2 %
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mpuf3a manual20.2 %
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technology trends20.2 %
cavitation erosion model for ductile materials20.2 %
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experimental and numerical studies in a centrifugal pump with two-dimension20.2 %
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pump vortex calculation20.2 %
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of sheet and tip vortex cavitation with fluent 520.2 %
two phase20.2 %
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inducer design20.2 %
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emst mixing model10.1 %
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propellor cavitation salt and fresh water10.1 %
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signal delay in rc tree networks10.1 %
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hydrolic pump experiment impellers noise10.1 %
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cavitation inception diagram explanation10.1 %
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computational models for turbulent reacting flows pdf10.1 %
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spano ennio10.1 %
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asme fluids engineering division summer meeting asme paper fedsm97-3272 1997.10.1 %
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oxygen lj potential10.1 %
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restriction orifice cone10.1 %
contrast energy of letters crowding10.1 %
cd nozzle insulated10.1 %
universal inducer pump10.1 %
pressure across two-phase flow cavitation around hydrofoil10.1 %
analog behaviour of digital integrated circuits glasser10.1 %
turbo pump liquid rocket engine10.1 %
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supercavitation cavitator10.1 %
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cavitation tunnels10.1 %
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vortex cause vibration10.1 %
elliptical cavitator10.1 %
cavitation erosion mechanism numerical simulations of the interaction10.1 %
inducer pump flow coefficient10.1 %
naca 66 as function10.1 %
orifice geometry eddies round edge10.1 %
jie dnag cavitation10.1 %
acoustic emission bubble10.1 %
defination of heisenberg spectrum on turbulence10.1 %
heat and mass transfer effects rayleigh–plesset10.1 %
tim colonius negative pressure10.1 %
introduction joint time frequency analysis10.1 %
cavitating naca66 compressible10.1 %
frequency shift cavitation10.1 %
modern simulation strategies for turbulent flow10.1 %
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steel liner at radial gate with high head above velocity 40 m /s10.1 %
caltec hydrocode10.1 %
vortex formation calculation of the required submerged liquid height10.1 %
fourth international symposium on cavitation10.1 %
experimental and numerical study of cavitation in a centrifugal pump10.1 %
reducing cavitation on propeller blade by skew tip loading10.1 %
inducer design david japikse10.1 %
turbomachinery cavities10.1 %
4df6a4c510.1 %
cav2001 fortes patella10.1 %
perceptual dynamics10.1 %
history of ship propeller cavitation10.1 %
pozdunin v l. supercavitating screws.10.1 %
epfl cavitation tunnel10.1 %
bubble nucleation md10.1 %
helical blade in inducer10.1 %
z-1 bit delay10.1 %
cavitation tunnel measurements hydrophone10.1 %
numerical investigation of propeller- rudder interaction10.1 %
jiménez j. and moser r.d. les where we are and what we can expect.10.1 %
pipe vibration orifice plate10.1 %
cavitation tunnel tests for propeller noise of a frv and comparisons with full-scale measurements10.1 %
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equation of super cavity boundary10.1 %
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types of orifice10.1 %
similarities in geometry10.1 %
validate size distribution measurements10.1 %
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numerical study of the effect of the leading edge shape on cavitation around inducer blade sections10.1 %
pressure at cavitation site fluent10.1 %
bubble r. torczynski jet break10.1 %
liquid rocket engine turbopump10.1 %
cavitation bubble behavior near solid boundaries. cav200110.1 %
serebryakov v.v. institute of hydromechanics of nasu10.1 %
brumfield cavitation10.1 %
surface piercing propellers usa10.1 %
transported pdf method10.1 %
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cavitation fluent10.1 %
upstream downstream length for restriction orifice10.1 %
numerical modeling of sheet and tip vortex cavitation with fluent 510.1 %
l/d ratio for prevent cavitation erosion10.1 %
size and scale effects on hydrodynamic cavitation10.1 %
tip leakage vortex10.1 %
how to capture images of bubbles in water pipes using camera10.1 %
kaplan hub cavitation10.1 %
how it a crashstop for podded propulsors10.1 %
numerical and experimental investigations on the cavitating flow in a cascade of hydrofoils10.1 %
cavitation and erosion test of butterfly valve10.1 %
supercavitating projectile10.1 %
lakshmi narayana b. 1982 “fluid dynamics of inducers - a review” journal of fluids engineering vol. 104/411 page10.1 %
equivalent diameter jet10.1 %
critical cavitation numbers of multiperforated plates10.1 %
cavitation inception a mixed-flow pump10.1 %
supercavitation-problems and perspectives10.1 %
tsujimoto inducer10.1 %
similarities and geometrical effects on rotating cavitation in two scaled10.1 %
restriction orifice upstream piping10.1 %
submerge intake pump10.1 %
cavitation number definition sato and saito10.1 %
micro bubble in acoustic field10.1 %
pumps and problems in water10.1 %
karimi a. leo w.r.10.1 %
pumps that have been submerged10.1 %
action of vortex pump10.1 %
orifices experiment10.1 %
measurements of noise in tunnel cavitation10.1 %
cavitation detection techniques wavelet techniques10.1 %
large eddy simulation combustion equations10.1 %
decision making noise10.1 %
ship propeller vortex shape10.1 %
crash stop maneuver10.1 %
freestream bubble10.1 %
reentrant jet modeling of partial cavity flow on three-dimensional hydrofoils10.1 %
experiment of kaplan turbine10.1 %
bubble jet.pdf10.1 %
cavitation bearing10.1 %
variable density flow governing equations10.1 %
turbulence eddy viscosity symbol10.1 %
turbulent flow k-epsilon10.1 %
thermal damping parameter10.1 %
uncle-m cfd lindau10.1 %
materiales erosion por cavitacion10.1 %
will submerged hydraulic pumps cavitate10.1 %
de lange 1996 cavitation10.1 %
ininventor robert kuklinski10.1 %
blake boundary integral bubble10.1 %
mathematics. of design and analysis of experiments10.1 %
cavitation loading and erosion produced by a cavitating jet10.1 %
added mass cavity supercavitation10.1 %
orifice area in pipe10.1 %
suction of vortex in powerplant cfd10.1 %
cavitation seawater10.1 %
spectral characteristics of sheet/cloud cavitation10.1 %
s.b. pope ten questions concerning the large-eddy simulation of turbulent flows10.1 %
what is re-entrant cavity10.1 %
concrete water jets10.1 %
asme fedsm97-327210.1 %
serial addition in vlsi10.1 %
prediction of cavitation10.1 %
propeller of ships pdf10.1 %
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rocket turbopump speed10.1 %
case stdies of cavitation on pressure side of blade in cetrifugal pumps10.1 %
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visualising cavitation10.1 %
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cav2001 hull10.1 %
cav2001 yakushiji10.1 %
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hofmann h. lohrberg b. stoffel numerical and experimental investigation10.1 %
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supercavitation hull10.1 %
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directional accurate10.1 %
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bypass valve with restriction orifice in centrifugal pumps10.1 %
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vortex fluent10.1 %
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unstable cavitation behavior in a circularcylindricalorifice flow.10.1 %
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pump inducer design10.1 %
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sgs model10.1 %
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dynamic motor primitives10.1 %
cavitation phenomena10.1 %
panel method 2d foil compare10.1 %
cfd reference velocity scale10.1 %
numerical simulation of cavitation in a centrifugal pump at low flow rate10.1 %
vortex focusing shock wave in water spherical10.1 %
molecular dynamics simulation bubble nucleation explosive boiling10.1 %
elastic modulus tait equation10.1 %
marine propeller water quality testing10.1 %
2001 cavitation scale effects empirically found relations and the correlation of cavitation number and hydrodynamic coefficients10.1 %
two phase cryogenic fluid flow -cfd solutions10.1 %
npshr calculation method by stripling10.1 %
cavitation naca 66 mod10.1 %
azipod propeller10.1 %
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que es stream nuclei10.1 %
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kaplan turbine blade tip cavitation10.1 %
white paper on tullis cavitation equations10.1 %
numerical simulation of cavitating flows by single-phase flow approach.10.1 %
cavitation noise characteristic10.1 %
investigations in the pump intake10.1 %
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ellipsoidal cavitator10.1 %
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large-eddy simulation of lifted turbulentdiffusion flames.”10.1 %
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cavitation in hydrodynamics10.1 %
vortex calculation pump suction10.1 %
three-dimensional flow of langmuir circulations10.1 %
ten questions concerning the large-eddy simulation of turbulent10.1 %



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