Deviance information criterion - Revision history

223.25.160.41 at 04:42, 14 November 2014

2014-11-14T04:42:04Z

← Older revision		Revision as of 06:42, 14 November 2014
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	~~The~~ title of the ~~writer~~ is ~~Numbers~~ but it~~'s not the most masucline name out there~~. ~~One of the very best issues~~ in the ~~globe for me is~~ to ~~do aerobics and now I'm attempting to earn cash with it~~. ~~My day~~ occupation ~~is a meter reader. South Dakota is her birth location~~ but ~~she needs to transfer simply because of her family~~.<br><br>My ~~web site~~: [http://~~www.dynast~~.co.kr/xe/~~?document_srl=150618 at~~ home ~~std testing~~]		I am Oscar and I totally dig that title. One of the things he enjoys most is ice skating but he is having difficulties to find time for it. Years in the past we moved to North Dakota. Hiring has been my occupation for some time but I've already applied for an additional one.<br><br>My weblog :: [http://srgame.co.kr/qna/21862 std home test]

en>Avraham: having and remove duplicate BDA2

2014-02-24T18:35:25Z

having and remove duplicate BDA2

← Older revision		Revision as of 20:35, 24 February 2014
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	The '~~''Rankine vortex''' is a model~~ of a [[vortex]] in a [[Viscosity\|viscous]] fluid. A swirling flow in a viscous fluid can be characterized by a [[Vortex#Forced (rotational) vortex\|forced vortex]] in its central core, surrounded by a [[free vortex]]. On the ~~other hand,~~ in ~~an inviscid fluid~~ the ~~flow consists entirely of the free vortex~~ with ~~an infinite velocity at its center replacing the low velocity core~~. ~~The tangential velocity<ref>{{cite book~~		The title of the writer is Numbers but it's not the most masucline name out there. One of the very best issues in the globe for me is to do aerobics and now I'm attempting to earn cash with it. My day occupation is a meter reader. South Dakota is her birth location but she needs to transfer simply because of her family.<br><br>My web site: [http://www.dynast.co.kr/xe/?document_srl=150618 at home std testing]
	~~\| title = Elementary Fluid Dynamics~~
	~~\| author = D~~. J. ~~Acheson~~
	~~\| publisher = [[Oxford University Press]]~~
	~~\| year = 1990~~
	~~\| isbn = 0-19-859679-0~~
	~~}}</ref>~~
	~~of a Rankine [[vortex]] with [[Circulation (fluid dynamics)\|circulation]] <math>\Gamma</math> and radius~~ <~~math~~>R<~~/math~~> is

	:~~<math>u_\theta(r) = \begin{cases} \Gamma r/(2 \pi R^2) & r \le R, \\ \Gamma/(2 \pi r) & r > R. \end{cases}</math>~~

	~~The remainder of the velocity components are identically zero, so that the total velocity field is <math>\mathbf{u} = u_\theta\ \mathbf{e_\theta}</math>.~~

	~~== See also ==~~
	* [[Vortex]]
	* [[Viscosity]]
	* [[Wingtip vortices]]

	~~==External links==~~
	*[http://www.~~atmos~~.~~washington~~.~~edu~~/~~~durrand~~/~~animations/vort505/vortanim1.html Streamlines vs. Trajectories in a Translating Rankine Vortex]: an example of a Rankine vortex imposed on a constant velocity field, with animation.~~

	=~~=Notes==~~
	~~{{reflist}}~~

	~~[[Category:Equations of fluid dynamics]]~~
	~~[[Category:Vortices]~~]

	~~{{fluiddynamics-stub}}~~

en>Monkbot: /* References */Fix CS1 deprecated date parameter errors

2014-01-16T17:04:38Z

References: Fix CS1 deprecated date parameter errors

← Older revision		Revision as of 19:04, 16 January 2014
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	~~They contact me Emilia~~. ~~South Dakota is exactly where me and my spouse reside~~. ~~Hiring has been my profession for some time but I've already utilized for another 1~~. ~~To gather coins~~ is ~~what her family and her appreciate~~.<br><br>~~Feel free to visit my web blog ::~~ [http://www.~~siccus~~.~~net~~/~~blog~~/~~15356 at home std testing~~]		The '''Rankine vortex''' is a model of a [[vortex]] in a [[Viscosity\|viscous]] fluid. A swirling flow in a viscous fluid can be characterized by a [[Vortex#Forced (rotational) vortex\|forced vortex]] in its central core, surrounded by a [[free vortex]]. On the other hand, in an inviscid fluid the flow consists entirely of the free vortex with an infinite velocity at its center replacing the low velocity core. The tangential velocity<ref>{{cite book
			\| title = Elementary Fluid Dynamics
			\| author = D. J. Acheson
			\| publisher = [[Oxford University Press]]
			\| year = 1990
			\| isbn = 0-19-859679-0
			}}</ref>
			of a Rankine [[vortex]] with [[Circulation (fluid dynamics)\|circulation]] <math>\Gamma</math> and radius <math>R</math> is

			:<math>u_\theta(r) = \begin{cases} \Gamma r/(2 \pi R^2) & r \le R, \\ \Gamma/(2 \pi r) & r > R. \end{cases}</math>

			The remainder of the velocity components are identically zero, so that the total velocity field is <math>\mathbf{u} = u_\theta\ \mathbf{e_\theta}</math>.

			== See also ==
			* [[Vortex]]
			* [[Viscosity]]
			* [[Wingtip vortices]]

			==External links==
			*[http://www.atmos.washington.edu/~durrand/animations/vort505/vortanim1.html Streamlines vs. Trajectories in a Translating Rankine Vortex]: an example of a Rankine vortex imposed on a constant velocity field, with animation.

			==Notes==
			{{reflist}}

			[[Category:Equations of fluid dynamics]]
			[[Category:Vortices]]

			{{fluiddynamics-stub}}

131.113.230.11 at 21:40, 11 April 2012

2012-04-11T21:40:39Z

New page

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