MUSCL scheme - Revision history

en>Hanyu Ye: The full name of MUSCL has been corrected according to van Leer's original paper.

2014-04-20T08:44:37Z

The full name of MUSCL has been corrected according to van Leer's original paper.

← Older revision		Revision as of 10:44, 20 April 2014
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	~~Hi there. Allow me begin by introducing~~ the author~~, her title~~ is ~~Sophia~~. ~~Distributing production has~~ been ~~his profession for some time~~. ~~Alaska is exactly where he~~'s always ~~been living~~. ~~To perform domino is some thing I truly appreciate performing~~.<br><br>~~Feel free to surf to my website;~~ [http://~~clothingcarearchworth~~.com/index.php?~~document_srl~~=~~441551&mid~~=~~customer_review best~~ psychic]		The title of the author is Jayson. What me and my family members adore is bungee jumping but I've been taking on new issues lately. I've always loved residing in Kentucky but now I'm contemplating other choices. She functions as a journey agent but soon she'll be on her own.<br><br>psychic readers ([http://formalarmour.com/index.php?do=/profile-26947/info/ http://formalarmour.com/index.php?do=/profile-26947/info]) Feel free to visit my homepage :: [http://kard.dk/?p=24252 real psychic readings] phone readings ([http://www.prayerarmor.com/uncategorized/dont-know-which-kind-of-hobby-to-take-up-read-the-following-tips/ Suggested Reading])

en>Hhhippo: unbreak formatting

2014-03-04T21:29:01Z

unbreak formatting

← Older revision		Revision as of 23:29, 4 March 2014
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	~~In [[continuum mechanics]]~~, ~~a '''hydrostatic stress'''~~ is ~~an [[isotropic]] [[Stress (mechanics)\|stress]] that~~ is ~~given by the weight of water above a certain point~~. ~~It is often used interchangeably with "[[pressure]]" and~~ is ~~also known as confining stress, particularly in the field geomechanics~~. ~~Its magnitude~~ <~~math~~>~~\sigma_h~~<~~/math~~> ~~can be given by:~~		Hi there. Allow me begin by introducing the author, her title is Sophia. Distributing production has been his profession for some time. Alaska is exactly where he's always been living. To perform domino is some thing I truly appreciate performing.<br><br>Feel free to surf to my website; [http://clothingcarearchworth.com/index.php?document_srl=441551&mid=customer_review best psychic]

	~~:<math>\sigma_h = \displaystyle\sum_{i=1}^n \rho_i g h_i</math>~~

	where <math>i</math> is an index denoting each distinct layer of material above the point of interest, <math>\rho_i</math> is the [[density]] of each layer, <math>g</math> is the [[gravitational acceleration]] (assumed constant here; ~~this can be substituted with any~~ [[acceleration]] that is important in defining [[weight]]), and <math>h_i</math> is the height (or thickness) of each given layer of material. For example, the magnitude of the hydrostatic stress felt at a point under ten meters of fresh water would be

	:~~<math>\sigma_{h,sand} = \rho_w g h_w = 1000 \,\text{kg/m}^3 \cdot 9.8 \,\text{m~~/~~s}^2 \cdot 10 \,\text{m} = 9.8 \cdot {10^4} {kg~~/~~ms^2} = 9~~.~~8 \cdot 10^4 {N/m^2} <~~/~~math>~~

	~~where the~~ index ~~<math>w</math> indicates "water".~~

	~~Because the hydrostatic stress is isotropic, it acts equally in all directions~~. ~~In [[tensor]] form, the hydrostatic stress is equal to~~

	~~:<math>\sigma_h \cdot I_3~~ =
	~~\left[ \begin{array}{ccc}~~
	~~\sigma_h~~ & ~~0 & 0 \\~~
	~~0 & \sigma_h & 0 \\~~
	~~0 & 0 & \sigma_h \end{array} \right]~~
	~~</math>~~

	~~where <math>I_3</math> is the 3-by-3 [[identity matrix]].~~

	~~[[Category:Continuum mechanics]]~~
	~~[[Category:Orientation]~~]

en>Dthomsen8: clean up, typo(s) fixed: lmiter → limiter, , → , using AWB

2013-10-31T14:16:54Z

clean up, typo(s) fixed: lmiter → limiter, , → , using AWB

← Older revision		Revision as of 16:16, 31 October 2013
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	~~The author~~'~~s name~~ is ~~Christy. What I love doing~~ is ~~soccer but I don't have~~ the ~~time recently~~. ~~For years she's been residing~~ in ~~Kentucky but her spouse wants them to move~~. ~~Office supervising~~ is ~~where my main earnings comes from but I've usually needed my personal company.~~<br><br>~~Also visit my homepage~~; ~~online psychic chat~~ (~~[http~~://~~chorokdeul~~.co.kr/index.~~php?document_srl~~=~~324263~~&~~mid=customer21 in~~ the ~~know~~])		In [[continuum mechanics]], a '''hydrostatic stress''' is an [[isotropic]] [[Stress (mechanics)\|stress]] that is given by the weight of water above a certain point. It is often used interchangeably with "[[pressure]]" and is also known as confining stress, particularly in the field geomechanics. Its magnitude <math>\sigma_h</math> can be given by:

			:<math>\sigma_h = \displaystyle\sum_{i=1}^n \rho_i g h_i</math>

			where <math>i</math> is an index denoting each distinct layer of material above the point of interest, <math>\rho_i</math> is the [[density]] of each layer, <math>g</math> is the [[gravitational acceleration]] (assumed constant here; this can be substituted with any [[acceleration]] that is important in defining [[weight]]), and <math>h_i</math> is the height (or thickness) of each given layer of material. For example, the magnitude of the hydrostatic stress felt at a point under ten meters of fresh water would be

			:<math>\sigma_{h,sand} = \rho_w g h_w = 1000 \,\text{kg/m}^3 \cdot 9.8 \,\text{m/s}^2 \cdot 10 \,\text{m} = 9.8 \cdot {10^4} {kg/ms^2} = 9.8 \cdot 10^4 {N/m^2} </math>

			where the index <math>w</math> indicates "water".

			Because the hydrostatic stress is isotropic, it acts equally in all directions. In [[tensor]] form, the hydrostatic stress is equal to

			:<math>\sigma_h \cdot I_3 =
			\left[ \begin{array}{ccc}
			\sigma_h & 0 & 0 \\
			0 & \sigma_h & 0 \\
			0 & 0 & \sigma_h \end{array} \right]
			</math>

			where <math>I_3</math> is the 3-by-3 [[identity matrix]].

			[[Category:Continuum mechanics]]
			[[Category:Orientation]]

en>Alekh: /* Linear reconstruction */

2012-08-05T12:16:39Z

Linear reconstruction

New page

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