All functions
|
calcCriticals
|
Calculate the pressure and temperature criticals |
copyDataContainer
|
Copy a HDF5 data container to user's folder |
data
|
Digitized version of Fancher and Brown curve. Brown Chapter 2 figure 41 |
data
|
dataset from Guo, example calculations |
dunsros.0
|
Duns and Ros correlation |
dunsros.holdup
|
Holdup function according to Duns & Ros
Equation in 2.62 pg 43 Ovadia Shoham
Equation 2.39, 2.310, 2.311, 2.312 in Brown pg 113 |
dunsros.numbers
|
Duns and Ros adimensional numbers |
fanbr.fanbr
|
Fancher and Brown correlation |
ff.chen
|
Chen Friction factor correl1ation |
friction.factor
|
Friction factor calculatiobn using Colebrook |
gas.fvf
|
Gas Formation Volume Factor, Bg.
After Craft, pg 23
Specify the units: cuft/SCF "cuft"
bbl/SCF "bbl" |
gas.viscBase
|
#' @include zfactor.R
NULL
Correlation for gas base viscosity
at atmospheric conditions. Dempsey (1965)
Guo, pg. 2/23 Eq 2.36 |
getBasicCalcs
|
High level function that calls any VLP model |
get.well.cases
|
Get well observations. dataframe and count per /field/well |
get_well_parameters
|
Get the well input together with the basic calculations |
get.well.slot
|
Add a record to HDF5 file of well inputs and outputs |
hagbr.dummy
|
Hagedorn-Brown dummy function using 1/log10(P)
and 1/log10(T) to calculate dp.dz |
hagbr.guo
|
Hagedorn-Brown correlation as shown in Guo, Lyons, Ghalambor book
Beware that this correlation does not make P, T corrections for
fluid properties with exception of z factor |
hagbr.mod
|
Hagedorn correlation from the Brown's book. Procedure C.42 |
holdup.griffith
|
Griffith correlation for bubble-flow regime
Mentioned in Brown 2.3332 Generalized correlation of HagBr |
interp.fanbr
|
Interpolation for Fancher and Brown correlation |
loadVLP
|
Load only the source necessary for model or correlation
Note: it doesn't unload the functions sourced yet |
moody.ff
|
Moody friction factor calculation |
mu.gas
|
Calculate gas viscosity
Guo, pg 2/23 |
mu.r
|
Reduced viscosity of gas
Dempsey correlation to find the viscosity of gas
Guo, pg 2/23 |
nodal_status
|
What is the status of the package |
oil.dead_visc.BeggsRobinson
|
Dead Oil viscosity by Beggs-Robinson |
oil.fvf.glaso
|
Formation Volume Factor by Glaso |
oil.fvf
|
Oil Formation Volumme Factor |
oil.fvf.standing
|
Oil Formation Volume Factor. Saturated. Standing |
oil.Rs.standing
|
Gas oil solution ratio |
oil.sat_visc.BeggsRobinson
|
Saturated oil viscosity by Beggs-Robinson
Valid for pressures below the bubble point |
oil.shrinkage
|
Oil Shrinkage
Craft, pg 35 |
PRES.ATM
|
Globals |
rNodal
|
rNodal. |
Rs.glaso
|
Glaso |
runVLP
|
Run the VLP calculations |
set_deviation_survey
|
Build the deviation survey table given MD and TVD |
set_vlp_input
|
Set the VLP input for the well |
set_vlp_model
|
Set the VLP model definition |
setVLPmodel
|
Set model parameters such as tolerance for iterations, initial value of dp/dz
the HDF5 data file |
setWellInput
|
Set the most common well inputs |
VLP-class
|
VLP class |
VLPcontrol
|
VLP calculation algorithm |
VLP
|
VLP constructor |
water.fvf.mccoy
|
Water Formation Volume Factor for water saturated wit gas. McCoy
From book Correlaciones Numericas PVT by Banzer pg 118 |
WellDeviationSurvey computeAngle getMD getTVD
|
WellDeviationSurvey structure |
compute_angle_deviation_survey
|
Compute the angle of a deviated well and cumulative displacement |
z.brillbeggs
|
Calculate the Z factor with the Brill-Beggs correlation |
z.hallyarborough
|
Calculate the Z factor using the Hall-Yarborough method |
Z
|
Calculate Z factors. Generic function |