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- Kelvin's_circulation_theorem abstract "In fluid mechanics, Kelvin's circulation theorem (named after the Irish scientist who published this theorem in 1869) states In an inviscid, barotropic flow with conservative body forces, the circulation around a closed curve (which encloses the same fluid elements) moving with the fluid remains constant with time. The theorem was developed by William Thomson, 1st Baron Kelvin. Stated mathematically:where is the circulation around a material contour . Stated more simply this theorem says that if one observes a closed contour at one instant, and follows the contour over time (by following the motion of all of its fluid elements), the circulation over the two locations of this contour are equal.This theorem does not hold in cases with viscous stresses, nonconservative body forces (for example a coriolis force) or non-barotropic pressure-density relations.".
- Kelvin's_circulation_theorem wikiPageID "7086534".
- Kelvin's_circulation_theorem wikiPageRevisionID "551910337".
- Kelvin's_circulation_theorem hasPhotoCollection Kelvin's_circulation_theorem.
- Kelvin's_circulation_theorem subject Category:Equations.
- Kelvin's_circulation_theorem subject Category:Equations_of_fluid_dynamics.
- Kelvin's_circulation_theorem subject Category:Fluid_dynamics.
- Kelvin's_circulation_theorem type Abstraction100002137.
- Kelvin's_circulation_theorem type Communication100033020.
- Kelvin's_circulation_theorem type Equation106669864.
- Kelvin's_circulation_theorem type Equations.
- Kelvin's_circulation_theorem type EquationsOfFluidDynamics.
- Kelvin's_circulation_theorem type MathematicalStatement106732169.
- Kelvin's_circulation_theorem type Message106598915.
- Kelvin's_circulation_theorem type Statement106722453.
- Kelvin's_circulation_theorem comment "In fluid mechanics, Kelvin's circulation theorem (named after the Irish scientist who published this theorem in 1869) states In an inviscid, barotropic flow with conservative body forces, the circulation around a closed curve (which encloses the same fluid elements) moving with the fluid remains constant with time. The theorem was developed by William Thomson, 1st Baron Kelvin. Stated mathematically:where is the circulation around a material contour .".
- Kelvin's_circulation_theorem label "Kelvin's circulation theorem".
- Kelvin's_circulation_theorem label "Теоремы Кельвина".
- Kelvin's_circulation_theorem label "ケルビンの渦定理".
- Kelvin's_circulation_theorem sameAs ケルビンの渦定理.
- Kelvin's_circulation_theorem sameAs m.0h3j4g.
- Kelvin's_circulation_theorem sameAs Q3661294.
- Kelvin's_circulation_theorem sameAs Q3661294.
- Kelvin's_circulation_theorem sameAs Kelvin's_circulation_theorem.
- Kelvin's_circulation_theorem wasDerivedFrom Kelvin's_circulation_theorem?oldid=551910337.
- Kelvin's_circulation_theorem isPrimaryTopicOf Kelvin's_circulation_theorem.