141.2 derivation - Revision history

MishaT at 09:33, 12 July 2023

2023-07-12T09:33:01Z

2023-07-09T10:43:32Z

2023-07-09T10:42:24Z

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2023-07-09T10:28:51Z

‎Math and Physics

2023-07-09T09:53:02Z

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2018-12-06T06:32:29Z

2018-04-23T04:27:06Z

‎Brief

2018-04-23T03:44:20Z

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2018-04-23T03:43:46Z

‎See Also

2018-04-23T03:43:36Z

‎See Also

← Older revision		Revision as of 09:33, 12 July 2023
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	\|description=141.2 derivation is the well know constant which is used for converting from the Darcy's law units to the field units in the well's inflow equations.		\|description=141.2 derivation is the well know constant which is used for converting from the Darcy's law units to the field units in the well's inflow equations.
	}}		}}
		+	<div style='text-align: right;'>By Mikhail Tuzovskiy on {{REVISIONTIMESTAMP}}</div>

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 :<math> \frac{1}{C_{RF}} =  \frac{1}{141.20546964} = 7.08E-03 </math>
 == Nomenclature  ==
@@ Line 69: / Line 64: @@
 :<math> \mu </math> = [[Darcy's law]] oil viscosity, cp
 :<math> \mu_o </math> = oil viscosity, cp
 ==References==

@@ Line 46: / Line 46: @@
 ==See Also==
 [[Darcy's law]]<BR/>
 [[18.41 derivation]]

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 Converting to the field units:
-:<math> \frac{[cm^3] \frac{[ft^3]}{[30.48^3 cm^3]} \frac{[bbl]}{[5.61458333 ft^3]} }{[sec] \frac{[day]}{[86400 sec]}} = - \frac{[D] \frac{[1000 mD]}{[D]}[cm^2] \frac{[ft^2]}{[30.48^2 cm]}}{[cP]} \frac{[atm] \frac{[14.695950253959 psia]}{[atm]}}{[cm] \frac{[ft]}{[30.48 cm]}}</math>
+:<math> \frac{[cm^3] \frac{[ft^3]}{[30.48^3 cm^3]} \frac{[bbl]}{[5.61458333 ft^3]} }{[sec] \frac{[day]}{[86400 sec]}} = - \frac{[D] \frac{[1000 mD]}{[D]}[cm^2] \frac{[ft^2]}{[30.48^2 cm^2]}}{[cP]} \frac{[atm] \frac{[14.695950253959 psia]}{[atm]}}{[cm] \frac{[ft]}{[30.48 cm]}}</math>
 So:

@@ Line 46: / Line 46: @@
 ==See Also==
 [[Darcy's law]]<BR/>
-.42 derivation
+[[18.41 derivation]]
 == Nomenclature  ==

← Older revision		Revision as of 06:32, 6 December 2018
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	[[Category:Technology]]		[[Category:Technology]]
		+
		+	{{#seo:
		+	\|title=141.2 derivation
		+	\|titlemode= replace
		+	\|keywords=141.2 derivation
		+	\|description=141.2 derivation is the well know constant which is used for converting from the Darcy's law units to the field units in the well's inflow equations.
		+	}}

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 '''141.2''' is the well know constant which is used for converting from the [[Darcy's law]] units to the field units in the well's inflow equations.
-For example Darcy's law for the single-phase flow is as follows<ref name=KermitBrown/>:
+For example [[Darcy's law]] for the single-phase flow is as follows<ref name=KermitBrown/>:
 :<math> q_o = \frac{1}{141.2} \times \frac{k_oh}{B_o\mu_o} \times \Delta P \times J_D = 7.08 \times 10^-3 \times \frac{k_oh}{B_o\mu_o} \times \Delta  P \times J_D</math>