l_Darcy_friction_factor: Low-level function to calculate the Darcy friction factor
In sshunsuke/MukherjeeBrill: Mukherjee & Brill model for gas-liquid two-phase flow in a circular pipe
Description
Usage
Arguments
Value
See Also
View source: R/MukherjeeBrill.R
Description
Calculate the Darcy friction factor considering Reynolds number and pipe roughness.
Re <= 2000: Laminar flow (= 64/Re)
Re >= 4000: Turbulent flow (Colebrook correlation)
2000 < Re < 4000: Transition (see details)
Usage
1
l_Darcy_friction_factor(Re, roughness, D, tol = 1e-08, itMax = 10)
Arguments
Re
Reynolds number
roughness
Pipe roughness
D
Pipe diameter
tol
Tolerance in util_MB_Colebrook() (optional)
itMax
Maximum number of iteration in util_MB_Colebrook() (optional)
Value
Darcy friction factor
See Also
util_MB_Blasius(), util_MB_Colebrook()
sshunsuke/MukherjeeBrill documentation built on Jan. 21, 2022, 6:13 p.m.
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Description Usage Arguments Value See Also
View source: R/MukherjeeBrill.R
Description
Calculate the Darcy friction factor considering Reynolds number and pipe roughness.
Re <= 2000: Laminar flow (= 64/Re)
Re >= 4000: Turbulent flow (Colebrook correlation)
2000 < Re < 4000: Transition (see details)
Usage
1 | l_Darcy_friction_factor(Re, roughness, D, tol = 1e-08, itMax = 10)
|
Arguments
Re |
Reynolds number |
roughness |
Pipe roughness |
D |
Pipe diameter |
tol |
Tolerance in |
itMax |
Maximum number of iteration in |
Value
Darcy friction factor
See Also
util_MB_Blasius(), util_MB_Colebrook()
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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