Pages in category "Fluid dynamics"
A
- Acoustic theory
- Activation energy asymptotics
- Active Pass
- Added mass
- Adverse pressure gradient
- Aeroacoustics
- Aerodynamic potential-flow code
- Aerosol
- Agitator (device)
- Air classifier
- Air-mixing plenum
- Airflow Sciences Corporation
- Airlift pump
- An Album of Fluid Motion
- Annular velocity
- Antibubble
- Apparent viscosity
- Archimedes number
- Archimedes' principle
- Arnold–Beltrami–Childress flow
- Astrophysical fluid dynamics
- Atkinson friction factor
- Atkinson resistance
- Atmospheric physics
- Atmospheric science
- Atomization and Sprays
- Atomizer nozzle
- Atwood number
B
- Background-oriented schlieren technique
- Bagnold's fluid
- Baldwin–Lomax model
- Barber–Layden–Power effect
- Baroclinity
- Barotropic fluid
- Base conditions
- Basset force
- Batchelor scale
- Batchelor vortex
- Batchelor–Chandrasekhar equation
- Bauer-Nilsen
- Bell mouth
- Beltrami flow
- Berman flow
- Bernoulli grip
- Bernoulli's principle
- Beta plane
- Bickley jet
- Biofluid dynamics
- Biorheology
- Bjerknes force
- Blade element momentum theory
- Blade element theory
- Blake number
- Blasius boundary layer
- Blasius theorem
- Blast wave
- Boiler feedwater pump
- Boojum (superfluidity)
- Borda–Carnot equation
- Boundary conditions in fluid dynamics
- Boussinesq approximation (buoyancy)
- Boussinesq approximation (water waves)
- Bow wave
- Bray–Moss–Libby model
- Bridge scour
- Brunt–Väisälä frequency
- Bulbous bow
- Burgers vortex
- Burgers' equation
- Burke–Schumann flame
- Burke–Schumann limit
- Bypass transition
C
- CONSELF
- Capillary action
- Capillary action through synthetic mesh
- Capillary condensation
- Capillary flow porometry
- Capillary length
- Capillary pressure
- Capillary surface
- Capillary wave
- Cavitation
- Cebeci–Smith model
- Cell-free marginal layer model
- Chandrasekhar number
- Chandrasekhar virial equations
- Chandrasekhar's variational principle
- Chandrasekhar's white dwarf equation
- Chaotic mixing
- Chaplygin's equation
- Characteristic number (fluid dynamics)
- Chézy formula
- Circulation (fluid dynamics)
- Clarke's equation
- Clarke–Riley diffusion flame
- Clebsch representation
- Cnoidal wave
- Complex fluid
- Compressed fluid
- Compressibility
- Compressible duct flow
- Constant viscosity elastic fluid
- Contour advection
- Convective available potential energy
- Coolfluid
- Coriolis–Stokes force
- Couette flow
- Craik–Leibovich vortex force
- Crocco's theorem
- Cunningham correction factor
- Current (fluid)
D
- D'Alembert's paradox
- Damköhler numbers
- Darcy's law for multiphase flow
- Darrieus–Landau instability
- Darwin drift
- Dean number
- Deborah number
- Depth–slope product
- Dilatant
- Dimensionless numbers in fluid mechanics
- Dimensionless specific energy diagrams for open-channel flow
- Direct numerical simulation
- Dirichlet's ellipsoidal problem
- Discharge coefficient
- Discretization of Navier–Stokes equations
- Dispersion (water waves)
- Double diffusive convection
- Drag crisis
- Drop (liquid)
- Drop impact
- Dynamic fluid film equations
- Dynamic pressure
- Dynamic similarity (Reynolds and Womersley numbers)
E
- Eddy (fluid dynamics)
- Effusive limit
- Ekman number
- Ekman spiral
- Ekman transport
- Elasto-capillarity
- Electro-osmosis
- Electrodynamic droplet deformation
- Electrohydrodynamics
- Electrostatic fluid accelerator
- Elementary flow
- Emden–Chandrasekhar equation
- Emerson Cavitation Tunnel
- Emmons problem
- End correction
- Energy Manufacturing Co. Inc
- Enstrophy
- Entrainment (hydrodynamics)
- Entrance length
- Epicyclic frequency
- Euler number (physics)
- Euler's pump and turbine equation
- Eulerian coherent structure
- Extensional viscosity
- Eötvös number
F
- FIDYST
- Falkner–Skan boundary layer
- Fan (machine)
- Fanning friction factor
- Faraday wave
- Film temperature
- Film-forming agent
- Flame stretch
- Flettner rotor
- Float (liquid level)
- Float switch
- Flotation of flexible objects
- Flow coefficient
- Flow conditioning
- Flow conditions
- Flow control (fluid)
- Flow cups
- Flow distribution in manifolds
- Flow focusing
- Flow measurement
- Flow separation
- Flow tracer
- Flow velocity
- Flow waveform
- FlowFET
- Fluid
- Fluid Dynamics Prize (APS)
- Fluid dynamics
- Fluid parcel
- Fluid pipe
- Fluidics
- Fluid–structure interaction
- Foil (fluid mechanics)
- Forced convection in porous media
- Ford viscosity cup
- Frank-Kamenetskii theory
- Free molecular flow
- Friction loss
- Froude number
- Froude–Krylov force
G
H
- Hadamard–Rybczynski equation
- Hagen–Poiseuille flow from the Navier–Stokes equations
- Hamiltonian fluid mechanics
- Hartmann number
- Heat release parameter
- Hele-Shaw flow
- Helmholtz flow
- Helmholtz minimum dissipation theorem
- Helmholtz's theorems
- Hicks equation
- History of fluid mechanics
- Homentropic flow
- Homogeneous isotropic turbulence
- Howarth–Dorodnitsyn transformation
- Hull speed
- Hydrant
- Hydraulic accumulator
- Hydraulic diameter
- Hydraulic fluid
- Hydraulic head
- Hydraulic jump
- Hydraulic machinery
- Hydrodynamic stability
- Hydrodynamical helicity
- Hydroelasticity
- Hydrometeor loading
- Hydroxyl tagging velocimetry
- Hypersonic wind tunnel
I
K
- Kalliroscope
- Kantrowitz limit
- Kapitza number
- Karlovitz number
- Kelvin's circulation theorem
- Kelvin's minimum energy theorem
- Kelvin–Helmholtz instability
- Kerr–Dold vortex
- Keulegan–Carpenter number
- Kinematic wave
- Kitchen rudder
- Knudsen equation
- Knudsen flow
- Knudsen layer
- Knudsen number
- Knudsen paradox
- Kuramoto–Sivashinsky equation
- Kutta condition
- Kutta–Joukowski theorem
- Kármán–Howarth equation
- Küssner effect
L
- Ladyzhenskaya's inequality
- Lagrangian analysis
- Lagrangian and Eulerian specification of the flow field
- Lagrangian coherent structure
- Lamb surface
- Lamb vector
- Laminar–turbulent transition
- Landau–Levich problem
- Landau–Squire jet
- Langmuir Turbulence
- Laplace number
- Laplace pressure
- Large eddy simulation
- Laser schlieren deflectometry
- Law of the wall
- Ledinegg instability
- Leray projection
- Lewis number
- Lighthill's eighth power law
- Liquid droplet radiator
- List of fluid flows named after people
- List of hydrodynamic instabilities named after people
- List of optofluidics researchers
- List of waves named after people
- Liñán's diffusion flame theory
- Liñán's equation
- Liñán's flame speed
- Lorentz force velocimetry
- Lubrication theory
- Lubricity
- Ludwieg tube
- Luke's variational principle
M
- MUSCL scheme
- Mach number
- Mach reflection
- Mach tuck
- Mach wave
- Maclaurin spheroid
- Magnetic Prandtl number
- Magnetic Reynolds number
- Magnetohydrodynamic converter
- Magnetohydrodynamic drive
- Magnetorheological fluid
- Magnetorotational instability
- Magnus effect
- Manning formula
- Marangoni number
- Mariotte's bottle
- Markstein number
- Mass flow
- Mass flow rate
- Material derivative
- Max q
- Maximum allowable operating pressure
- Mean flow
- Metafluid dynamics
- Metering pump
- Microfluidics
- Milne-Thomson circle theorem
- Minor losses in pipe flow
- Modified pressure
- Modon (fluid dynamics)
- Molecular tagging velocimetry
- Momentum diffusion
- Momentum theory
- Momentum–depth relationship in a rectangular channel
- Monin–Obukhov length
- Moody chart
- Morison equation
- Morton number
- Most efficient section
- Moving particle semi-implicit method
- Moving shock
- Mud cake (oil and gas)
- Multiscale turbulence
N
O
P
- P-wave
- Palinstrophy
- Papkovich–Neuber solution
- Particle image velocimetry
- Particle tracking velocimetry
- Particle-laden flow
- Patch dynamics (physics)
- Peniche (fluid dynamics)
- Peregrine soliton
- Perrin friction factors
- Photon bubble
- Pipe flow
- Pipe network analysis
- Pitch drop experiment
- Planar laser-induced fluorescence
- Plastometer
- Plateau–Rayleigh instability
- Pleuger rudder
- Plug flow
- Plume (fluid dynamics)
- Pneumatic barrier
- Pneumatic cylinder
- Pneumatic gripper
- Pneumatic motor
- Positive displacement meter
- Potential flow
- Potential flow around a circular cylinder
- Power number
- Prandtl condition
- Prandtl number
- Prandtl–Batchelor theorem
- Prandtl–Meyer expansion fan
- Prandtl–Meyer function
- Pressure
- Pressure coefficient
- Pressure exchanger
- Pressure head
- Pressure-correction method
- Pressure-driven flow
- Pressure-gradient force
- Pulsatile flow
- Pumplinx
- Pythagorean cup
- Péclet number
R
- Ram pressure
- Rankine body
- Rankine half body
- Rankine–Hugoniot conditions
- Rayleigh flow
- Rayleigh number
- Rayleigh problem
- Rayleigh's equation (fluid dynamics)
- Rayleigh–Plesset equation
- Rayleigh–Taylor instability
- Recoil (fluid behavior)
- Reduced frequency
- Relative permeability
- Reyn
- Reynolds number
- Reynolds operator
- Reynolds transport theorem
- Reynolds-averaged Navier–Stokes equations
- Rheometer
- Rheoscopic fluid
- Riabouchinsky solid
- Richardson number
- Richtmyer–Meshkov instability
- Riemann problem
- Rise in core
- River mouth
- Rivlin–Ericksen tensor
- Rogue wave
- Rooster tail
- Roshko number
- Rotameter
- Rotating tank
- Rotational viscosity
- Roughness length
- Rouse number
- Rushton turbine
S
- SCCM (flow unit)
- SESAM (FEM)
- SIC Processing
- SRM Engine Suite
- Saffman–Taylor instability
- Sampson flow
- Sandia method
- Sauter mean diameter
- Scallop theorem
- Schlichting jet
- Schmidt number
- Schneider flow
- Secondary flow
- Seeding (fluid dynamics)
- Segré–Silberberg effect
- Self-similar solution
- Shear flow
- Shields parameter
- Shock (fluid dynamics)
- Shock polar
- Shower-curtain effect
- Simple wave
- Siphon
- Slender-body theory
- Slip ratio (gas–liquid flow)
- Slosh baffle
- Slosh dynamics
- Slug flow
- Smart fluid
- Soap bubble
- Sod shock tube
- Solenoidal vector field
- Soliton
- Sommerfeld number
- Sonication
- Sonochemistry
- Soundproofing
- Specific fan power
- Specific speed