MV

(redirected from Mean Velocity)
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AcronymDefinition
MVMusic Video
MVMaldives
MVMedium Voltage
MVMove (Unix command)
MVMotion Vector
MVMountain View (California city)
MVMecklenburg-Vorpommern (German region)
MVMartha's Vineyard (Massachusetts Island)
MVMarket Value
MVMount Vernon (various locations)
MVManual Valve (various companies)
MVMission Viejo (California)
MVMill Valley (California)
MVMid-Valley (various locations)
MVMechanical Ventilation
MVMiami Vice (TV show)
MVMotor Vessel
MVMercury Vapor (lighting)
MVMagnetventil
MVMilli Vanilli
MVMillivolt
MVMeasured Value
MVMean Value
MVMaple Valley (Washington)
MVMitral Valve
MVModern Vespa (motor scooters)
MVMerchant Vessel
MVMyVegas
MVMissouri Valley
MVMini Van
MVMuzzle Velocity
MVMona Vie (health drink)
MVMinisink Valley (New York)
MVMultivalue (software)
MVMonta Vista (high school)
MVMendelevium (isotope)
MVMegavolt
MVMean Velocity
MVMoving Vehicle
MVMultivibrator
MVMillennium Volunteers (UK)
MVMinute Volume
MVModus Vivendi (Latin: way of life)
MVManipulated Variable
MVMolecular Virology
MVMain Verb
MVMarburg virus
MVMother Vessel
MVMuscle Volume
MVMy Vitriol (UK band)
MVMeccanica Verghera (Italian motorcycle company)
MVMagna Veritas (roleplaying game)
MVManufacturing Verification
MVMedina Valley (Medina County, Texas)
MVMoonroof Visor (vehicles)
MVArmenian International Airways (IATA airline code)
MVMetasyntactic Variable
MVMatanitu Vanua (Conservative Alliance Party, Fiji)
MVMotorised Valve
MVmezza voce (Italian: medium voice; music)
MVMidland Valley Railroad
MVApparent Visual Magnitude
MVMedia-Vida.net (Spanish gaming website)
MVMiniature Vehicle
MVMichel Vick (ex football quarterback)
MVMaster Vessel
MVMoving Violationz
MVMulti-Visit
MVMobilization Value
MVMemória Visual - Produções Digitais, Lda
MVCamp Merrowvista
MVManpower Voucher
MVMed'icus Veterina'rius - Veterinary Physician
MVMontaVista, Inc.
MVSimple Multi-Visit
References in periodicals archive ?
However, there was a significant main effect for the differences between time in the M/L CoP mean velocity at P1 (p < 0.05).
Based on the constitutive relationship (Bagnold, 1954), Takahashi (1977) evaluated the mean velocity of the debris flow u using Eq.
Figure 11 shows the vertical variation of the mean temperature [T.sub.m] and the mean velocity [U.sub.m] in a none dimensional form.
where [y.sup.+] and [U.sup.+] represent the nondimensional wall distance and the nondimensional mean velocity, respectively.
Parameter Upstream Middle stream 0840 1500 2000 0740 1020 1806 Mean depth, m 0.55 0.90 0.96 1.22 0.89 2.17 Mean velocity, m/s 0.07 0.50 1.00 0.22 0.37 0.88 Flow, [m.sup.3]/s 1.90 26.23 53.50 15.25 18.56 86.14 Parameter Downstream 0940 1222 1530 Mean depth, m 0.79 0.96 0.72 Mean velocity, m/s 0.68 0.80 0.60 Flow, [m.sup.3]/s 17.29 25.30 13.74 Table 2: Means and standard deviations of the physicochemical characteristics of the downstream river of Batang Ai.
The spray velocity is higher than the piston velocity and the mean velocity in the combustion chamber.
Figure 10 shows the mean velocity profile between the kink and the trailing edge for a = 1, 6, 7.5, 11, 16[degrees] at [U.sub.ref] = 30 m/s.
After the end of the generation an evaluation of the issued replacement cycle takes place based on statistical values as for example the mean velocity, RPA etc.
where [U.sub.i] and T are denote the mean velocity and temperature; [u'.sub.i], [u'.sub.j] and T' are the corresponding fluctuation components; [FORMULA NOT REPRODUCIBLE IN ASCII] and [FORMULA NOT REPRODUCIBLE IN ASCII] are the average Reynolds stresses and turbulent heat fluxes which need to be modelled to close the equations [16], [17] and [18].
where [P.sub.r] and [P.sub.cl] are the precipitation signal and clutter power, [[sigma].sub.r] and [[sigma].sub.cl] are the precipitation and clutter spectrum width, respectively, [[sigma].sup.2.sub.N] is the noise power, [bar.v] is mean velocity, and [T.sub.s] is sample time.
The mean velocity fields were obtained by taking the average of the instantaneous fields over the capture duration (five seconds).
where u, v, and w denote the mean velocity in the streamwise (x), lateral (y), and vertical (z) directions, respectively, g is the gravitational acceleration, S is the energy slope, and -u'w' are the Reynolds stress tensor components.