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All functions

api5l3tdata
API 5L. Values of SMYS and UTS
b31crvl()
ASME B31G. Basic computer program CRVL.BAS
b31gacd()
ASME B31G. Allowable corrosion depth in pipe
b31gacl()
ASME B31G. Allowable corrosion length in pipe
b31gafr()
ASME B31G. A-factor
b31gdata
ASME B31G. Corrosion state of 12 pipes
b31gdep()
ASME B31G. Design pressure of pipe
b31gmodpf()
ASME B31G. Failure pressure of the corroded pipe (modified)
b31gops()
ASME B31G. Operational status of pipe
b31gpf()
ASME B31G. Failure pressure of the corroded pipe (original)
b31gsap()
ASME B31G. Safe maximum pressure for the corroded area of pipe
b36dwthv()
ASME B36.10M. Verify the alignment between nominal pipe diameter and wall thickness
b36mass() b36d() b36wth()
ASME B36.10M. Estimate pipe mass
b36pipedata
ASME B36.10M. Specifications of the manufactured pipes
c_k() c_f()
Convert to Celsius scale
dnvpf()
DNV-RP-F101. Failure pressure of the corroded pipe
dropg()
Flow rate drop in pipe
dropp()
Pressure drop in pipe
dropt()
Temperature drop in cylindrical steel pipe due heat loss
f_k() f_c()
Convert to Fahrenheit scale
flowls()
List all possible flow paths in district heating network
loss_flux() flux_loss()
Convert heat flux to specific heat loss power
fric_buzzelli()
Estimate pipe friction factor with Buzzelli formula
fric_romeo()
Estimate pipe friction factor with Romeo's formula
fric_vatankhan()
Estimate pipe friction factor with Vatankhah formula
geoarea() geodist()
Calculate geographical metrics
inch_mm()
Millimeters to inches
k_c() k_f()
Covert to Kelvin scale
kgf_mpa()
Megapascals to kilogram-force per square
m278hlair()
Minenergo-278. Normative heat loss of open-air pipe
m278hlcha()
Minenergo-278. Normative heat loss of pipe in channel
m278hlund()
Minenergo-278. Normative heat loss of underground pipe
m278insdata
Minenergo-278. Thermal conductivity terms of pipe insulation materials
m278inshcm()
Minenergo-278. Thermal conductivity of pipe insulation materials
m278soildata
Minenergo-278. Thermal conductivity of subsoil surrounding pipe
m325beta()
Minenergo-325. Local heat loss coefficient
m325nhl()
Minenergo-325. Normative heat loss of pipe
m325nhldata
Minenergo-325. Normative heat loss data
m325nvl() m325nml()
Minenergo-325. Normative material loss of pipe
m325nxdata
Minenergo-325. Test bench of district heating network
m325tracebw()
Minenergo-325. Massively trace backwards thermal-hydraulic regime for district heating network
m325tracefw()
Minenergo-325. Massively trace forwards thermal-hydraulic regime for district heating network
m325traceline()
Minenergo-325. Trace thermal-hydraulic regime for linear segment of district heating network
mepof()
Probability of failure of the corroded pipe within maximum entropy
meteos()
Get list of weather stations (meteos)
mgtdhid() mgtdhidt() mgtdhgeo() mgtdhgeot()
Get ground temperature
mm_inch()
Inches to mm
mpa_kgf()
Kilogram-force per square cm to megapascals
mpa_psi()
Pounds per square inch to megapascals
pcorrcpf()
PCORRC. Failure pressure of the corroded pipe
pipenostics pipenostics-package
pipenostics: Diagnostics, Reliability and Predictive Maintenance of Pipeline Systems
psi_mpa()
Megapascals to pounds per square inch
re_u() re_v() re_m()
Estimate Reynolds number
shell92pf()
Shell92. Failure pressure of the corroded pipe
strderate()
DNV-RP-F101. De-rate yield stress and tensile strength of pipe due to temperature
tracebw()
Massively trace backwards thermal-hydraulic regime for district heating network
tracefw()
Massively trace forwards thermal-hydraulic regime for district heating network
traceline()
Trace thermal-hydraulic regime for linear segment of district heating network