Linked from

The 100 pages that link to Viscosity, each with the reason it gives.

• Hydraulic fluidRelated: It governs leakage, lubrication, and energy loss as hydraulic fluid moves.

• Lord RayleighRelated: Viscous resistance opposes the buoyant motion whose onset Rayleigh analyzed.

• Rayleigh–Bénard convectionRelated: Viscous resistance suppresses the motion driven by buoyancy.

• GlazeNarrower topic: A glaze needs enough viscosity to cling without becoming a heavy paste.

• HemodynamicsRelated: Blood viscosity changes the resistance encountered within vessels.

• Sour creamRelated: It describes the thick, spoonable consistency of sour cream.

• StreamliningRelated: It affects surface friction and the flow regime around a body.

• HydraulicsRelated: Viscosity governs frictional resistance and influences hydraulic energy losses.

• Pipe flowRelated: Viscosity controls the strength of frictional effects and the laminar velocity profile.

• Volcanic glassRelated: Silica-rich lava's high viscosity can hinder bubbles escaping as glass forms.

• Ballpoint penRelated: Ink viscosity balances steady transfer against leakage and smearing.

• Liquid heliumCompared with: Superfluid helium-4 flows without the ordinary viscous resistance that defines this property.

• Beta-glucanRelated: Dissolved beta-glucan can thicken intestinal contents, slowing nutrient transport.

• Kelvin's circulation theoremCompared with: Viscous stresses can change material-loop circulation, unlike the theorem's inviscid setting.

• Liquid waterRelated: Molecular interactions influence how readily liquid water flows, though its viscosity is modest.

• Claude-Louis NavierRelated: Navier’s fluid equations incorporated internal resistance through a viscous stress term.

• Float glassRelated: Glass viscosity determines how its ribbon spreads and levels on the bath.

• Darcy's lawRelated: Greater viscosity reduces flow for a fixed pressure gradient and permeability.

• DiapirRelated: Low effective viscosity allows diapiric material to change shape and ascend.

• Kozeny–Carman equationRelated: The equation’s permeability estimate enters flow calculations alongside viscosity.

• Linear response theoryRelated: Transport formulas express viscosity through equilibrium stress correlations.

• Torricelli's lawRelated: Viscosity dissipates energy and makes actual discharge slower than the ideal speed.

• Coandă effectNarrower topic: Viscosity enables momentum exchange that affects jet attachment and separation.

• Collision frequencyRelated: Collisions transfer momentum between gas layers and influence viscosity.

• CurrentRelated: Viscosity controls friction within a current and against its boundaries.

• DecaneRelated: Decane’s viscosity affects how it moves through fuel and petroleum systems.

• Fuel oilRelated: Fuel-oil viscosity determines how readily it can be pumped, atomized, and burned.

• Fused quartzRelated: Silica’s high melt viscosity helps fused quartz retain shape at elevated temperatures.

• Makeup brushRelated: A product's viscosity affects how readily bristles pick it up and spread it.

• TetradecaneRelated: Tetradecane’s molecular size influences how readily it flows.

• TridecaneRelated: The elongated molecules influence how readily liquid tridecane flows.

• UndecaneRelated: Undecane’s long molecules affect how readily the liquid flows.

• Classical fluidBroader topic: It quantifies momentum dissipation in classical fluid motion.

• DaciteRelated: Dacitic magma’s relatively high viscosity can impede gas escape and promote pressure buildup.

• Faxén's lawRelated: Viscosity sets the force scale in the law.

• Graham's lawCompared with: Bulk gas flow through an opening can depend on viscosity, unlike ideal molecular effusion.

• Archimedes numberRelated: Viscosity sets the strength of the resisting force in the Archimedes number’s comparison.

• Drinking strawRelated: Thick drinks resist movement through narrow straws more than water does.

• Drop and bubble phenomenaRelated: It damps internal circulation and shape changes in moving drops and bubbles.

• EicosaneRelated: Molten eicosane flows more sluggishly than shorter-chain liquid alkanes.

• Flows in porous mediaRelated: Greater viscosity increases resistance to motion through narrow pores.

• GeodynamicsRelated: Mantle viscosity controls how quickly convection and plate-driven deformation proceed.

• Hele-Shaw cellRelated: Viscous resistance across the narrow gap sets the cell’s effective permeability.

• Interactions in fluidsRelated: Momentum transfer between neighboring fluid layers produces viscous resistance.

• Interfacial flowsRelated: Viscous stresses compete with interfacial forces and dissipate flow energy.

• Jean Léonard Marie PoiseuilleRelated: Poiseuille investigated how a liquid’s resistance affects its rate of flow.

• Low Reynolds number flowRelated: Large viscous influence is the defining physical feature of this regime.

• Properties of waterRelated: Water’s viscosity changes with temperature as molecular motion disrupts intermolecular interactions.

• Sir George StokesNarrower topic: Stokes’s fluid mechanics analyzed how viscosity governs motion.

• Stokes's law of sound attenuationRelated: Shear viscosity dissipates the oscillatory motion of fluid particles in a sound wave.