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1 Oseen flow
физ. течение ОзеенаБольшой англо-русский и русско-английский словарь > Oseen flow
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2 Oseen flow
<phys.> течение Озеена -
3 Oseen flow
физ. -
4 flow
1) поток
2) движение жидкости
3) дотекать
4) дотечь
5) затек
6) затекать
7) обтекание
8) обтекать
9) перетекание
10) перетекать
11) режим течения
12) реологический
13) течение
14) струя
15) ход
16) расход
17) течь
18) струиться
19) истекать
20) изменяться
21) прилив
22) текущий
23) технологический
24) водяной
25) гидравлический
26) протекать
27) истечение
– air flow classifier
– annular flow
– annular-mist flow
– axial-symmetric flow
– capillary flow
– cavity flow
– circulating flow
– constrict flow
– continuous flow
– core of flow
– counter flow
– creep flow
– dam flow
– diabatic flow
– discontinous flow
– dissipative flow
– disturb flow
– double-circuit flow
– downstream flow
– dust-laden flow
– eddy flow
– energy flow
– enforced flow
– flood flow
– flow about
– flow along
– flow around
– flow bifurcates
– flow calorimeter
– flow capacity
– flow chart
– flow choking
– flow condition
– flow core
– flow counter
– flow diagram
– flow disturbance
– flow equation
– flow filament
– flow fluctuation
– flow function
– flow governor
– flow in shear
– flow in tension
– flow index
– flow line
– flow mass
– flow meter
– flow nozzle
– flow of metal
– flow of parameters
– flow parameter
– flow pressure
– flow rate
– flow relay
– flow sensor
– flow soldering
– flow stability
– flow stratifies
– flow temperature
– flow test
– flow traffic
– flow transducer
– flow tube
– flow visualizer
– forced flow
– free flow
– freight flow
– frictional flow
– frozen flow
– grain flow
– gravity flow
– heat flow
– heavy flow
– hypersonic flow
– incompressible flow
– initiation of flow
– irrotational flow
– isothermal flow
– jet flow
– laminar flow
– longitudinal flow
– main flow
– mass flow
– mist flow
– modulus of flow
– natural flow
– non-circulatory flow
– non-steady-state flow
– nonedding flow
– one-dimensional flow
– Oseen flow
– plug flow
– potential flow
– rate of flow
– regeneration flow
– restricted flow
– retard flow
– reveser flow
– shock-free flow
– slip flow
– slug flow
– smoothen the flow
– sonic flow
– spoil the flow
– stagnated flow
– stall flow
– state flow
– stre of flow
– stream-line flow
– subsidiary flow
– subsonic flow
– supercritical flow
– supersonic flow
– swirling flow
– three-dimensional flow
– throat flow
– total flow
– traffic flow
– transient flow
– transonic flow
– uniform flow
– upstream flow
– viscous flow
– voluntary flow
– vortex flow
– vortex-free flow
– vortex-type flow
– water flow
streamline flow pattern — <engin.> спектр аэродинамический
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5 flow
1) течение, поток || течь, протекать2) текучесть ( вид деформации)3) ход, течение ( процесса)4) струя || струиться6) производительность; объём выпуска ( продукции)8) электр. протекание ( тока)•flow in tension — мех. текучесть при растяжении
flow in shear — мех. текучесть при сдвиге
flows in graphs — матем. потоки в графах
flow with gains — поток с приращениями; поток с выигрышами
- arc flow- jet flow- maximum flow - minimal cost flow- net flow- wellbore flow - wellbore-reservoir flow -
6 течение Озеена
физ. Oseen flowБольшой англо-русский и русско-английский словарь > течение Озеена
См. также в других словарях:
Oseen equations — In fluid dynamics, the Oseen equations (or Oseen flow) describe the flow of a viscous and incompressible fluid at small Reynolds numbers, as formulated by Carl Wilhelm Oseen in 1910. Oseen flow is an improved description of these flows, as… … Wikipedia
Oseen's Approximation — In 1910 Carl Wilhelm Oseen proposed Oseen s Approximation to treat problems in which a flow field consists of small disturbance of a constant mean flow. His work was based on the experiments of Navier Stokes. Stokes studied a sphere of radius “a” … Wikipedia
Stokes flow — An object moving through a gas or liquid experiences a force in direction opposite to its motion. Terminal velocity is achieved when the drag force is equal in magnitude but opposite in direction to the force propelling the object. Shown is a… … Wikipedia
Carl Wilhelm Oseen — (1879, Lund – 1944, Uppsala) was a theoretical physicist in Uppsala and Director of the Nobel Institute for Theoretical Physics in Stockholm.Oseen formulated the fundamentals of the elasticity theory of liquid crystals (Oseen elasticity theory),… … Wikipedia
Lamb–Oseen vortex — In fluid dynamics, the Lamb–Oseen vortex models a line vortex that decays due to viscosity. This vortex is named after Horace Lamb and Carl Wilhelm Oseen.[1] The mathematical model for the flow velocity in the circumferential θ–direction in the… … Wikipedia
Fluid dynamics — Continuum mechanics … Wikipedia
D'Alembert's paradox — In fluid dynamics, d Alembert s paradox (or the hydrodynamic paradox) is a contradiction reached in 1752 by French mathematician Jean le Rond d Alembert.[1] D Alembert proved that – for incompressible and inviscid potential flow – the drag force… … Wikipedia
BICKLEY — UNITED KINGDOM (see also List of Individuals) 19.4.1893 Stantonbury/UK 4.7.1969 Northwood/UK William George Bickley gained his BSc in 1912 from the University College, Reading, his MSc in 1920 and the PhD title in 1930. In parallel, he was until… … Hydraulicians in Europe 1800-2000
Slender-body theory — is a methodology that can be used to take advantage of the slenderness of a body to obtain an approximation to a field surrounding it and/or the net effect of the field on the body. Principle applications are to Stokes flow and in electrostatics … Wikipedia
Hunter–Saxton equation — In mathematical physics, the Hunter–Saxton equationHunter Saxton 1991] :(u t + u u x) x = frac{1}{2} , u x^2is an integrable PDE that arises in the theoretical study of nematic liquid crystals. If the molecules in the liquid crystal are initially … Wikipedia
Horace Lamb — Infobox Scientist name = PAGENAME box width = image size =150px caption = Sir PAGENAME birth date = birth date|1849|11|29 birth place = Stockport, Cheshire, England death date = death date and age|1934|12|4|1849|11|29 death place = residence =… … Wikipedia
