Occurrence of keywords in individual articles according to their number in the List of articles. If the article number is in bold, it means that the keyword is already mentioned on the first page of the article (i.e. in the title of the article and chapters and in the description of the problems).
Note: Articles 2, 6 and 7 have not yet been translated into English.
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CharacteristicsCharacteristics of Laval nozzle
- - - 4. - - - Characteristics pipeline
1. - - - - - - ChordChord
- - - - - - 7. CleanerVacuum cleaner
- - - - 5. - - CoefficientDrag coefficient
- 2. 3. - - - - Entrance length coefficients
- - - - - - 7. Flow coefficient of valve
- - - - - 6. - Flow meter coefficient
- - - - - 6. - Friction coefficient
1. - - - - - - Lift coefficient
- 2. 3. - - - - Loss coefficient
1. - - - - - - Nozzle flow coefficient
- - - 4. - - - Outlet coefficient
- - - 4. - - - Pressure coefficient
- 2. 3. - - - - Velocity coefficient
- - - 4. - - - CompressionIsoentropic compression
- - - - 5. - - CompressorSupersonic compressor
- - - - 5. - - ConeFlow cone of nozzle
- - - 4. - - - ConditionNon-design diffuser condition
- - - - 5. 6. - Non-design nozzle condition
- - - 4. - - - ConstantPipeline system constant
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ContractionFlow contraction
- - - 4. - - - CoordinatesLogarithmic coordinate system
1. - - - - - - CostAcquisition cost
1. - - - - - - Operating costs
1. - - - - - - CurveInversion curve
- - - - - 6. - DensityDensity
1. - - - - - - Diagramh-s diagram of diffuser
- - - - 5. - - h-s diagram of nozzle
- - - 4. - - - h-s diagram of throttling
- - - - - 6. - Moody diagram
1. - - - - - - Nikuradse diagram
1. - - - - - - DiameterEquivalent diameter
see Characteristic dimension DiffuserCone diffusers
- - - - 5. - - Cornut diffusers
- - - - 5. - - Short diffusers
- - - - 5. - - Stepped diffusers
- - - - 5. - - Subsonic diffuser
- - - - 5. - - DimensionCharacteristic dimension
- - - - - - 7. DragDrag
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Point of drag
- - 3. - - - - Shape drag
- 2. - - - - - EffectJoule–Thomson effect
- - - - - 6. - EfficiencyHydraulic diffuser efficiency
- - - - 5. - - Diffuser efficiency
- - - - 5. - - EjectorEjector
- - - - 5. - - ElementLaminar flow element
- - - - - - 7. EllipseBendemann ellipse
- - - 4. - - - EnergyInternal thermal energy
- - - - 5. - - Kinetic energy
- - - - - 6. - EngineRocket engine backpressure
- - - 4. - - - EnthalpyEnthalpy
- - - - - 6. - Stagnation enthalpy
- - - - - 6. - EntropyEntropy
- - - - - 6. - EquationBell nozzle equation
- - - 4. - - - Colebrook equation
1. - - - - - - Cone nozzle equation
- - - 4. - - - Darcy-Weisbach equation
1. - - - - - - Euler equations
- - - - - - 7. |
Equation for outlet velocity
- - - 4. - - - Fanno equation
1. - - - - - - Navier–Stokes equation
- - - - - - 7. Rankine-Hugoniot equations
- - 3. - - - - ExponentPolytropic exponent
- - - 4. - - - FittingFitting
1. - - - - - - FlightSupersonic flight
- - - - 5. - - FlowCritical flow
- - - 4. - 6. - Flow between plates
- - - - - - 7. Flow deflection
- - 3. - - - - Flow in beveled nozzle
- - - 4. - - - Mass flow through diffuser
- - - - 5. - - Mass flow through group of nozzles
- - - 4. - - - Mass flow through nozzle
- - - 4. - - - Mass flow through turbine
- - - 4. - - - Maximum flow deflection
- - 3. - - - - Potential flow
- - - - - - 7. Sonic flow
- - 3. - - - - Subsonic flow
- - 3. - - - - Supersonic flow
- - 3. - - - - Supersonic flow at outlet Laval nozzle
- - - 4. - - - Transonic flow
- - 3. - - - - FluidCompressible fluid
- - 3. - - - - Ideal fluid
- - - - - - 7. Incompressible fluid
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Newtonian fluid
- - - - - - 7. Non-Newtonian fluid
- - - - - - 7. Viscous fluid
- - - - - - 7. ForceForce on profile
- 2. - - - - - Friction force
1. - - - - - - FoulingBiofouling
1. - - - - - - Particles fouling
1. - - - - - - FrictionFriction
- 2. - - - - - Internal friction in nozzle
- - - 4. - - - FunctionPrandtl-Meyer function
- - 3. - - - - HeatLoss heat
1. - - - - - 7. Re-usable heat
- - - - - - 7. HeliumLiquid helium
- - - - - - 7. HydrogenHydrogen
- - - 4. - - - ImpulseSpecific impulse
- - - 4. - - - InjectorInjector
- - - - 5. - - InsertThrottling insert
- - - - - 6. - InterferogramInterferogram
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LawNewton's viscosity law
- - - - - - 7. Poiseuille's Law
- - - - - - 7. Stodola's law
- - - 4. - - - LayerBoundary layer
- 2. - - - - 7. Displacement thickness of boundary layer
- - - - - - 7. Energy thickness of boundary layer
- - - - - - 7. Momentum thickness of boundary layer
- - - - - - 7. Laminar boundary layer
- - - - - - 7. Thickness of boundary layer
- - 3. - - - 7. LemniscateLemniscate
- - - 4. - - - LiftLift
- 2. - - - - - Point of lift
- - 3. - - - - LineFanno lines
1. - - - - 6. - Mach line
- - 3. - - - - LiquidThrottling liquids
- - - - - 6. - LossDiffuser losses
- - - - 5. - - Flow through nozzle with losses
- - - 4. - - - Pressure loss per unit
1. - - - - - - Shock wave losses
- - 3. - - - - Valve pressure loss
- - - - - 6. - MachineJet machine
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MeterDifferential pressure flow meter
- - - - - 6. - Flow meter location
- - - - - 6. - Venturi flowmeter
- - - - - 6. - MethodMineralCrystallization of minerals
1. - - - - - - N2O4N2O4
- - 3. - - - - NozzleConvergent nozzle
- - - 4. - - - Convergent-divergent nozzle
see Laval nozzle Nozzles in series
- - - 4. - - - Nozzle theory
- - - 4. - - - Overexpanded nozzle
- - - 4. - - - Supersonic nozzle
- - 3. - - - - Underexpanded nozzle
- - - 4. - - - NumberCritical Mach number
- - 3. - - - - Critical Reynolds number
- - - - - - 7. Mach number
- 2. 3. - - - - Marginal Reynolds number
1. - - - - - - Reynolds number
- - - - - - 7. Upper critical Reynolds number
- - - - - - 7. OxygenOxygen
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PassageBlade passage
- - - 4. - - - PerimeterWetted perimeter
- - - - - - 7. PipeEquivalent pipe length
1. - - - - - - Hydraulic pipe balancing
- - - - - 6. - Hydrodynamic entrance length of pipe
- - - - - - 7. Pipe
1. - - - - - 7. Pipe corrosion
1. - - - - - - Pipe diameter
1. - - - - - - Pipe fittings
1. - - - - - - Pipe fouling
1. - - - - - - Pipe network
1. - - - - - - Relative pipe roughness
1. - - - - - - Rough pipe
1. - - - - - - Smooth pipe
1. - - - - - - PipelineGas pipeline
1. - - - - - - Pipeline shutdown time
1. - - - - - - PlateOrifice plate
- - - - - 6. - PressureConstant pressure gradient
- - - - 5. - - Cross pressure gradient
- - - - 5. - - Linear pressure gradient
- - - - 5. - - Pressure
- 2. - - - - - Pressure disturbance
- - 3. - - - - Pressure gradient in diffuser
- - - - 5. - - ProfileAerodynamics of profile
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Diffuser profile cascades
- - - - 5. - - Pressure surface of profile
- 2. - - - - - Profile
- 2. - - - - 7. Profile cascade
- - 3. - - - - Suction surface of profile
- 2. - - - - - PumpFluid-dynamic pump
- - - - 5. - - Mining pump
- - - - 5. - - RamjetRamjet
- - - - 5. - - RatioCritical pressure ratio
- - - 4. - - - Ejection ratio
- - - - 5. - - ResistanceFrictional resistance
- 2. - - - - - Local resistance
1. - - - - - - RuleGlauert-Prandtl rule
- - 3. - - - - ScramjetScramjet
- - - - 5. - - SealAbrasive damage to seals
- - - - - 6. - Brush seals
- - - - - 6. - Calculation of labyrinth seal
- - - - - 6. - Design of labyrinth seal
- - - - - 6. - Gas suction from seal
- - - - - 6. - Honeycomb seal
- - - - - 6. - Interconnection of labyrinth seals
- - - - - 6. - Labyrinth seals
- - - - - 6. - Material of seals
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Seal
1. - - - - - - Steam injection in seal
- - - - - 6. - ShapeConvergent nozzle shapes
- - - 4. - - - Diffuser shapes
- - - - 5. - - Divergent nozzle shapes
- - - 4. - - - ShuttleSpace shuttle
- - 3. - - - - SoundSound intensity gradient
- - 3. - - - - Sound intensity
- - 3. - - - - SpeedSpeed sensor
- 2. - - - - - StressStress tensor
- - - - - - 7. SuckingSucking
- - - - 5. - - SuperfluiditySuperfluidity
- - - - - - 7. TheoremHugoniot's theorem
- - 3. - - - - TheoryDiffuser theory
- - - - 5. - - ThroatThroat
- - - - 5. - - ThrottlingThrottling steam
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TubeDraft tube
- - - - 5. - - TunelWind tunnel
- - - 4. - - - TurbineMass flow through group of nozzles
- - - 4. - - - Turbine stage
- - - 4. - - - TurboexpanderTurboexpander
- - - - - 6. - TurbulenceTurbulence
- - - - - - 7. TurbulizerTurbulizer
- - - - 5. - 7. UnitMultistage reduction unit
- - - - - 6. - Reduction and cooling unit
- - - - - 6. - Reduction unit
- - - - - 6. - ValveBalancing valves
- - - - - 6. - Control valve
- - - - - 6. - Diaphragm reducing valve
- - - - - 6. - Diaphragm safety relief valve
- - - - - 6. - Double seat valves
- - - - - 6. - Flow through valve
- - - - - 6. - Reducing valves
- - - - - 6. - Single seat valves
- - - - - 6. - Stop valve
1. - - - - - - Throttle valve
- - - - - 6. - Valve
1. - - - - - - Valve characteristics
- - - - - 6. - Valve with diffuser
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VelocityAttack velocity
- - - - - - 7. Compressible fluid velocity
- - 3. - - - - Critical laminar velocity
- - - - - - 7. Economic velocity
1. - - - - - - Flow velocity
- 2. - - - - - Marginal velocity
1. - - - - - - Mean energy velocity
- - - - - - 7. Mean fluid momentum velocity
- - - - - - 7. Mean mass flow velocity
- - - - - - 7. Mean profile velocity
- - - - - - 7. Mean velocity
1. - - - - - 7. Tangetial velocity
- - - - 5. - - Velocity profile
- - - - 5. - 7. ViscometerViscometer
- - - - - - 7. ViscosityCritical viscosity
- - - - - - 7. Dynamic viscosity
- - - - - - 7. Kinematic viscosity
- - - - - - 7. Reduced viscosity
- - - - - - 7. Viscosity
- - - - - - 7. Viscosity of air
- - - - - - 7. Viscosity of gas mixture
- - - - - - 7. Viscosity of water
- - - - - - 7. Viscosity values
- - - - - - 7. VolumeSpecific volume
- - - 4. - - - VortexCorner vortex
- - - - - 6. - Vortex
- - - - - 6. - WaterWater steam
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©Jiří Škorpík, LICENCE