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...]] '''dynamic pressure''' depends on [[density]] and [[velocity]] of the [[fluid]]. :<math>\rho</math> = fluid density in kg/m³ (such as the density of [[air]]) ...

* [[Fluid mechanics]] * ''Fundamentals of Fluid Mechanics'' Wiley, B.R. Munson, D.F. Young & T.H. Okishi ...

...h Archimedes' '''constant''', [[pi|π]])</ref> is used when the motion of [[fluid]]s is affected by [[density]] differences. * <math>\rho_\ell</math> is the density of the fluid, <math>kg/m^3</math>, ...

...or "rotation" (or more strictly, the local angular rate of rotation) in a fluid. ...e vorticity in a small region of fluid flow is equal to the [[Circulation (fluid dynamics)|circulation]] <math>\Gamma</math> around the boundary of the smal ...

...ad }}.</ref> Archimedes' principle relates [[buoyancy]] to [[displacement (fluid)|displacement]].<ref>Displacement here means the water pushed aside by the ...r immersed that the weight of the solid will be equal to the weight of the fluid displaced. }}</ref>}} ...

...{{cite book|last=Young|first=Donald F.|title=A Brief Introduction to Fluid Mechanics|year=2010|publisher=John Wiley & Sons|isbn=978-0-470-59679-1|edition=5|auth ...name="Graebel">{{cite book|last=Graebel|first=W.P.|title=Engineering Fluid Mechanics|url=https://archive.org/details/engineeringfluid00grae|year=2001|publisher= ...

{{Continuum mechanics}} ...tioners, refrigerators and the formation of clouds and also use in [[fluid mechanics]] and thermodynamics. ...

* The [[Navier–Stokes equations]] described the movement of [[fluid]]s * The [[Hamiltonian mechanics|Hamiltonian equations]] for general mechanics ...

...s]] problems in areas such as [[Elasticity (physics)|elasticity]], [[fluid mechanics]] and [[general relativity]].<ref>{{cite web|url=http://mathworld.wolfram.c ...

...particularly in the classical theories of [[electromagnetism]] and [[fluid mechanics]]. ...city]] of the fluid at '''x'''. The [[flux]] is defined as the quantity of fluid flowing through ''S'' in a unit amount of time. ...

...first1=K. | title=On the gravitational field of a sphere of incompressible fluid according to Einstein's theory | year=1999 }}</ref> as a solution to [[Eins ...article are different than the time and distance calculated in [[Classical mechanics|classical physics]] calculations, since it is traveling in such a heavy gra ...

...the+position+of+the+system+in+a+potential+field ''An introduction to fluid mechanics''] Cambridge University Press, p. 442: "Energy may be stored in the state o ...

{{Continuum mechanics|cTopic=[[Fluid mechanics]]}} The reason for this is that the pressure difference across a fluid interface is proportional to the [[mean curvature]], as seen in the [[Young ...