Category:Fluid dynamics: Difference between revisions
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Latest revision as of 11:17, 6 November 2024
subdiscipline of fluid mechanics that deals with fluid flow—the natural science of fluids (liquids and gases) in motion | |||||
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 | This category has become too crowded. It should list very few images directly. Files should be moved to subcategories where appropriate. New subcategories can be created. Some files need to be moved elsewhere. Search for more categories: fulltext, Main Page, topics, meta categories. Please remove or replace this tag afterwards. |
Subcategories
This category has the following 56 subcategories, out of 56 total.
*
A
B
C
- Chaotic mixing (1 F)
- Control volumes in fluid dynamics (1 P, 60 F)
D
- Darcy's Law (17 F)
E
F
- Fluidisation (2 F)
H
L
- Load Sensing (3 F)
M
N
O
- Oleodinamica (14 F)
P
- Potential flow (80 F)
R
S
- Stuwkracht (3 F)
V
- Viscous fingering (8 F)
- Volutes (pump) (14 F)
Media in category "Fluid dynamics"
The following 200 files are in this category, out of 335 total.
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3D Turbulence Infinitesimal Fluid Element Stretching Orientation Map.tif 725 × 720; 1.35 MB
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Analysis of supersonic flow past oscillating cascades using linear and nonlinear methods. (IA analysisofsupers00stra).pdf 1,214 × 1,606, 320 pages; 8.1 MB
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Angle màxim en ventall d'extensió de Prandtl-Meyer.png 396 × 350; 11 KB
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Averagev.svg 512 × 663; 5 KB
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Ballon de latex plein d'eau.png 502 × 839; 901 KB
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Baseline x-05000.jpg 960 × 720; 48 KB
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Berman.pdf 950 × 733; 24 KB
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Bernoulli-2.jpg 4,000 × 5,194; 3.22 MB
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Bernoullis-principle-forces.svg 369 × 128; 24 KB
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Blasius.PNG 520 × 303; 5 KB
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Blasius1.PNG 520 × 303; 5 KB
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Blast waves.JPG 620 × 330; 36 KB
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Boundary Layers on Heated Wall.png 1,015 × 765; 71 KB
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Bruhn double venturi, Naca Report 420.png 976 × 438; 311 KB
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Bubble path in a fluid question.png 960 × 720; 19 KB
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Calculation of body diffusion speed in VVD method.png 295 × 236; 13 KB
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Calculation of diffusion speed in VVD method.png 295 × 236; 13 KB
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Capillaryaction.jpg 1,016 × 807; 129 KB
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CaracterísticaBateria+valvula.png 616 × 218; 50 KB
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Cavitation number for hydrodynamic cavitation.png 1,318 × 1,080; 116 KB
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Cavité de culot sur remorque.png 749 × 778; 27 KB
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CFD.jpg 352 × 326; 22 KB
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Clausius-1-1.jpg 3,324 × 5,260; 2.06 MB
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Clausius-1-2.jpg 2,994 × 4,593; 1.5 MB
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Clausius-2-1.jpg 2,214 × 3,732; 1.05 MB
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Clausius-2-2.jpg 2,872 × 3,973; 1,020 KB
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CLP avec 4 ailerons de différentes tailles selon Mach , d'après Clark De Jonge.png 1,286 × 1,082; 128 KB
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CoeffProp 1 rotor NorsePower, réfVmétéo ou Vapparent.png 695 × 759; 54 KB
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Colisiones binarias de gotas liquidas.png 150 × 130; 14 KB
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CombinedFluidThreadBreakupCylinders.svg 585 × 832; 22 KB
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Comparison of velocity profile of Womersley flow.svg 720 × 540; 58 KB
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Computational fluid dynamic model of steam ingestion into a transonic compressor (IA computationalflu109454785).pdf 1,275 × 1,650, 124 pages; 1.7 MB
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Computational Fluid Dynamics Requirements at the Naval Postgraduate School (IA computationalflu14hirs).pdf 1,197 × 1,587, 62 pages; 2.77 MB
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Contraction 2D, d'après Rouse.png 1,128 × 692; 59 KB
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Couette Flow Example.png 452 × 201; 8 KB
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Couple de rotation du rotor Magnus, par A. Lafay.gif 498 × 811; 52 KB
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Coussin d'air 1.JPG 262 × 155; 6 KB
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Coussin d'air 2.JPG 590 × 293; 11 KB
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CrossMicroMixer.svg 231 × 86; 4 KB
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Curvature and contact angle.png 264 × 365; 7 KB
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Curveball-magnus-effect.jpg 838 × 700; 126 KB
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Cx, Cy et Finesse, Effet Magnus, Reid.png 772 × 518; 34 KB
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Cône de rétreint autour de sa pointe.png 556 × 457; 11 KB
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Cône de rétreint, stabilité.jpg 960 × 1,280; 76 KB
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Darcys lov.png 1,227 × 717; 33 KB
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Decalage loi log.jpg 1,107 × 846; 58 KB
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Decelerators, Goodyear Aerospace Corp.png 819 × 667; 128 KB
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Decomposition de domaine rugosite.jpg 700 × 500; 18 KB
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Diagrama de Moody.svg 971 × 683; 294 KB
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Diaorario.gif 324 × 200; 2 KB
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Differential voltage experiment.JPG 2,448 × 3,264; 1.84 MB
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Dispositif de mesure des pressions de Du Buat.png 348 × 631; 29 KB
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Distribution des pressions sur la torpille Mk 25.gif 576 × 780; 267 KB
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DMR Schnitt.svg 184 × 364; 14 KB
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Dolphin V.png 869 × 479; 452 KB
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Ecoulement Hele-Shaw sur entretoise.png 857 × 528; 270 KB
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Ecoulement Stokes sphère, couche limite.png 896 × 436; 15 KB
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Edge wave elevation.png 1,200 × 900; 50 KB
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Effet Magnus inverse, Thom et Sengupta, ARC R&M 1520.png 615 × 767; 247 KB
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Effet Magnus sur sphère, Cx et Cy selon Hoerner Drag.gif 809 × 598; 35 KB
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Energie économisée, E-ship 1 Enercom, p un rotor Magnus.png 668 × 694; 39 KB
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Energy vs. Particle Separation.png 325 × 262; 39 KB
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Enfoncement dynamique du Jean-Bart, Le Magasin Pittoresque, 1872.jpg 1,038 × 825; 648 KB
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Envelope of the disturbance emitted at successive times.svg 504 × 351; 3 KB
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Eulerian versus Lagrangian perspectives illustrated.svg 701 × 367; 100 KB
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Experiment to determine the trajectory of an outflowing jet.jpg 3,456 × 2,304; 3.34 MB
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Experimental setup for upstream contamination.gif 1,596 × 692; 31 KB
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FDG operating principles.jpg 940 × 644; 111 KB
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FDG tomato paste.jpg 505 × 505; 130 KB
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Feynman sprinkler.svg 512 × 768; 2 KB
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Fig .1 Smoke flow through honeycomb.jpg 1,152 × 648; 64 KB
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Fig 39.png 630 × 325; 65 KB
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Figura 2.1.png 712 × 303; 96 KB
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Fixation et entraînement des rotors du Buckau, Delanghe.gif 1,012 × 811; 248 KB
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FKP.pdf 775 × 606; 14 KB
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FKP21.pdf 754 × 595; 15 KB
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Flow around sphere, being visualized by seeding flow with smoke.jpg 2,048 × 1,536; 932 KB
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Flow Characteristics.png 1,163 × 675; 57 KB
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Flow field measurements using hotwire anemometry. (IA flowfieldmeasure00dore).pdf 1,193 × 1,583, 116 pages; 5.76 MB
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Flow field measuremnts of an airfoil with deflected spoiler using a two-component LDV sys (IA flowfieldmeasure00fore).pdf 1,187 × 1,593, 86 pages; 4.21 MB
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Flowfield measurements in the wake of a missile at high angle of attack. (IA flowfieldmeasure00john).pdf 1,200 × 1,575, 86 pages; 3.71 MB
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Flowfield measurements in the vortex wake of a missile at high angle of attack in turbulence. (IA flowfieldmeasure00lung).pdf 1,197 × 1,606, 152 pages; 7.9 MB
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Flowfield study of a close-coupled canard configuration. (IA flowfieldstudyof00olea).pdf 1,106 × 1,552, 104 pages; 5.7 MB
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Flow generation in a novel centrifugal diffuser test device. (IA flowgenerationin00vido).pdf 1,187 × 1,560, 218 pages; 6.41 MB
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A flow model of the U.S. Army Field Grade Officer Corps to produce the five Year Promotion Plan. (IA flowmodelofusarm00thom).pdf 1,158 × 1,566, 158 pages; 6.43 MB
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Flow modification over a backward facing step (IA flowmodification1094534915).pdf 1,275 × 1,650, 101 pages; 3.01 MB
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The flow of dilute polymer (Polyox WSR-301) solutions past bluff bodies in the drag transition region. (IA flowofdilutepoly00rain).pdf 1,181 × 1,687, 476 pages; 10.73 MB
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Flow visualization of time-varying structural characteristics of Dean vortices in a curved channel. (IA flowvisualizatio00bell).pdf 1,220 × 1,616, 120 pages; 16.79 MB
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Flow visualization of the airwake of an oscillating generic ship model. (IA flowvisualizatio00bisk).pdf 1,185 × 1,566, 70 pages; 5.06 MB
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Flow visualization of dynamic stall on an oscillating airfoil. (IA flowvisualizatio00bryd).pdf 1,166 × 1,566, 126 pages; 5.51 MB
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Flow visualization by laser sheet- (IA flowvisualizatio00chle).pdf 1,204 × 1,562, 44 pages; 3.21 MB
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Flow visualization on a small scale- (IA flowvisualizatio00hixs).pdf 1,214 × 1,618, 58 pages; 4.66 MB
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Flow visualization studies of a sideslipping, canard-configured X-31A-like fighter aircraft model. (IA flowvisualizatio00kimc).pdf 1,172 × 1,566, 138 pages; 12.09 MB
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Flow visualization studies of the XFV-12A. (IA flowvisualizatio00pete).pdf 1,227 × 1,645, 190 pages; 5.06 MB
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A flow visualization study of laminar-turbulent transition in a curved channel. (IA flowvisualizatio00sied).pdf 1,402 × 1,879, 144 pages; 7.61 MB
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Fluid Christmas Tree.jpg 6,769 × 10,194; 52.84 MB
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Fluid-dynamics-continuity-equation.svg 508 × 190; 35 KB
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Fluide en équilibre dans un champ de pesanteur.png 404 × 279; 16 KB
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A fluidic control system for a jet-flap airfoil. (IA fluidiccontrolsy00mela).pdf 1,129 × 1,564, 116 pages; 1.97 MB
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Flujolaminaryturbulento.png 906 × 413; 13 KB
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Flusso stazionario.gif 382 × 214; 2 KB
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Flüssigkeitsstrahl(schematisch).jpg 1,448 × 362; 53 KB
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Force de Magnus sur cylindre, dont inverse, A. Lafay,1910.png 831 × 573; 47 KB
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Force normale sur tranche de corps élancé.png 992 × 595; 45 KB
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ForcesAtContactLine.png 400 × 200; 4 KB
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Friedlander waveform.jpg 800 × 600; 149 KB
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Garcia-Atance number for ultrasonic cavitation.png 1,310 × 1,080; 445 KB
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Garcia-Atance number.png 525 × 399; 17 KB
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Graph2 fluid.jpg 746 × 704; 27 KB
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GZkrommes.PNG 525 × 283; 13 KB
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Hairpinvortex.jpg 1,024 × 422; 27 KB
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Hele-Shaw demi cylindre.gif 632 × 513; 91 KB
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HFRR en.svg 520 × 348; 28 KB
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Hfrr.svg 520 × 348; 26 KB
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Hiemenz flow speed.jpg 1,542 × 1,542; 70 KB
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Hiemenz flow.jpg 1,542 × 1,542; 67 KB
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High pressure jet zones.png 870 × 476; 146 KB
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Hughes ship resistance.PNG 1,156 × 760; 49 KB
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Increase of pressure in steps.jpg 351 × 217; 8 KB
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InternalBoundaryLayerSeparation MWinterSketch 04212023.jpg 2,504 × 1,168; 173 KB
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Kehrwasser.png 3,643 × 1,884; 130 KB
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Kelvin Wake Fr=05.png 1,100 × 801; 151 KB
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Kelvin Wake Fr=1.png 1,100 × 801; 158 KB
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Kelvin Wake Fr=2.png 1,100 × 801; 159 KB
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Kolmogorov-in-qf.png 2,126 × 1,303; 121 KB
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Laag vrijboord.PNG 418 × 283; 6 KB
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Lagrange tube.svg 647 × 182; 39 KB
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Lamb-Chaplygin dipole.png 787 × 787; 153 KB
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Liquid Fishbones.jpg 5,748 × 8,627; 35.2 MB
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Liquid Heart.jpg 6,566 × 4,158; 21.13 MB
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Lubrification.png 702 × 382; 14 KB
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MacCormack scheme representation.png 515 × 275; 14 KB
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MAMMAD.jpg 930 × 782; 78 KB
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Many Superwalkers.png 1,092 × 708; 665 KB
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Manège aérodynamique, whirling arm, de Robins, 1805.png 962 × 548; 150 KB
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Marot Jar Diagram.png 300 × 310; 16 KB
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MasVolu1.jpg 1,569 × 578; 342 KB
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Meniscus afm picture 2.png 720 × 540; 44 KB
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Mich01.JPG 946 × 742; 90 KB
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Microfluidics.jpg 1,033 × 1,291; 753 KB
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Milk vortices.jpg 3,264 × 1,840; 1.14 MB
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Mixing in Porous Medium.jpg 1,340 × 2,746; 1.15 MB
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MMAMAD.jpg 883 × 851; 81 KB
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Modèles de dirigeables de Fuhrmann.jpg 665 × 1,005; 324 KB
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Murray materials.jpg 2,079 × 1,967; 2.32 MB
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Murray networks.jpg 472 × 445; 101 KB
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My book-0 (science).jpg 331 × 441; 40 KB
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Ménisque d'eau dans un récipient en verre.PNG 484 × 301; 7 KB
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NCAM.png 223 × 264; 20 KB
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Neutral squirmer, lab frame.png 742 × 953; 69 KB
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Neutral squirmer, swimmer frame.png 742 × 953; 51 KB
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NOL 1000-foot Hyperballistics Range, inside.png 962 × 806; 1.44 MB
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Notations in method of viscous vortex domains (VVD).png 500 × 300; 47 KB
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Ondes-Stokes.png 771 × 388; 5 KB
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Ontbinding spanningstensor.jpg 804 × 833; 41 KB
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Oseengrad.png 763 × 543; 13 KB
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Osiadanie statku.svg 1,052 × 750; 52 KB
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Panorama CPA de Corps Élancés.png 759 × 670; 33 KB
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Parameters measured in porometry.jpg 250 × 186; 11 KB
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Particle path in a fluid question.png 960 × 720; 19 KB
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Particule de fluide en repérage cylindro-polaire.png 398 × 256; 36 KB
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Particule de fluide en repérage sphérique.png 387 × 308; 26 KB
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Particule de fluide parallélépipédique en repérage cartésien.png 361 × 201; 6 KB
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Pas de portance fuselage.png 1,040 × 524; 24 KB
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Passive particle, lab frame.png 742 × 953; 43 KB
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Passive particle, particle frame.png 742 × 946; 59 KB
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Pendule balistique de Benjamin Robins.png 577 × 969; 340 KB
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Pitot-tube.svg 665 × 419; 15 KB
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Pivoted cylinders.png 1,441 × 710; 807 KB
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Plugflow.jpg 217 × 104; 3 KB
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Poi.pdf 766 × 614; 25 KB
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Poiseuille dispersion curve OS.jpg 561 × 420; 27 KB
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Portance de Magnus dont Riegels citant Küchemann et Busemann.png 694 × 628; 39 KB
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Portance et déportance des cônes.png 779 × 402; 14 KB
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Portance linéaire du fuselage cylindrique, Darling.png 534 × 763; 82 KB
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Pourcentage d'énergie économisée par un rotor de l'E-ship 1.png 686 × 654; 43 KB
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