Force and Power Conversions

Example Code

# Example Code
from ogPypeline import force_and_power as fap

converted_angular_velocity  = fap.angular_velocity(85, 'rpm')
print(converted_angular_velocity)
# outputs the following dictionary:
{
    'deg/hr': 1836000.0,
    'deg/min': 30600.0,
    'deg/sec': 510.0,
    'rad/hr': 32044.245693,
    'rad/min': 534.070759,
    'rad/sec': 8.901183,
    'rph': 5100.0,
    'rpm': 85,
    'rps': 1.4166695
}
# Each key representing a different angular velocity unit
print(converted_angular_velocity['deg/min'])
# outputs the following float:
30600.0

Electric Current units

The electric_current(value, units) function converts between different Electric Current units. The input units are as per the table below:

Electric Current units
Unit Description	Function Input String
Ampere	‘amp’
Abampere / BIOT	‘biot’
Centiampere	‘camp’
Kiloampere	‘kamp’
Milliampere	‘mamp’
Gilbert	‘gilbert’
Volt/Ohm	‘v/ohm’
Watt/volt	‘w/v’

Fracture Conductivity units

The fracture_conductivity(value, units) function converts between different Fracture Conductivity units. The input units are as per the table below:

Fracture Conductivity units
Unit Description	Function Input String
Darcy Inch	‘darcy-in’
mu.m2-m	‘mu.m2-m’

Heat Capacity units

The heat_capacity(value, units) function converts between different Heat Capacity units. The input units are as per the table below:

Heat Capacity units
Unit Description	Function Input String
British Thermal Units per Pound - Degree Fahrenheit	‘Btu/lb-F’
Joule per Kilogram Celsius	‘J/kg-C’

Power/Area units

The power_area(value, units) function converts between different Power/Area units. The input units are as per the table below:

Power/Area units
Unit Description	Function Input String
Horsepower per Square Inch	‘HP/in2’
Kilowatt per Square Millimeter	‘kW/mm2’

Angular Velocity units

The angular_velocity(value, units) function converts between different Angular Velocity units. The input units are as per the table below:

Angular Velocity units
Unit Description	Function Input String
Degrees per hour	‘deg/hr’
Degrees per Minute	‘deg/min’
Degrees per Second	‘deg/sec’
Radians per hour	‘rad/hr’
Radians per Minute	‘rad/min’
Radians per Second	‘rad/sec’
Revolutions per hour	‘rph’
Revolutions per Minute	‘rpm’
Revolutions per Second	‘rps’

Force units

The force(value, units) function converts between different Force units. The input units are as per the table below:

Force units
Unit Description	Function Input String
DekaNewtons	‘daN’
Dynes	‘dyn’
Gram-force	‘gf’
Kilogram-force	‘kgf’
KiloNewtons	‘kN’
KIPS	‘kip’
KiloPounds-force	‘klbs’
MegaNewton	‘MN’
Newton	‘N’
Ounce-force	‘ozf’
Pound-force	‘lbf’
Poundal	‘pdl’
Sthene	‘sn’
Ton-force(metric)	‘tf-metric’
Ton-force(long)	‘tf-long’
Ton-force(short)	‘tf-short’
Hectonewton	‘hN’
Joules per Meter	‘J/m’
MillieNewton	‘mN’

Power units

The power(value, units) function converts between different Power units. The input units are as per the table below:

Power units
Unit Description	Function Input String
British Thermal Units per Second	‘BTU/sec’
British Thermal Units per Minute	‘BTU/min’
Calories per Minute	‘cal/min’
Calories per Second	‘cal/sec’
Foot Pound-force per Minute	‘ft-lb/min’
Foot Pound-force per Second	‘ft-lb/sec’
Horsepower	‘hp’
Electric Horsepower	‘hp-elec’
Metric Horsepower	‘hp-met’
Joules per Second	‘J/s’
Kilocalories per Minute	‘kcal/min’
Kilocalories per Second	‘kcal/s’
Kilogram Force Meter per Minute	‘kg-m/min’
Kilogram Force Meter per Second	‘kg-m/sec’
Kilowatt	‘kW’
Megawatt	‘MW’
Newton Meter per Second	‘N-m/s’
Ton of Refrigeration	‘ton-ref’
Volt Ampere	‘var’
Watt	‘W’

Velocity units

The velocity(value, units) function converts between different Velocity units. The input units are as per the table below:

Velocity units
Unit Description	Function Input String
Feet per Day	‘ft/d’
Feet per Hour	‘ft/hr’
Feet per Minute	‘ft/min’
Feet per Second	‘ft/s’
Kilometers per Hour	‘kph’
Kilometers per Minute	‘k/min’
Kilometers per Second	‘k/sec’
Nautical Miles per Hour	‘knot’
Mach	‘mach’
Meters per Day	‘m/d’
Meters per Hour	‘m/hour’
Meters per Minute	‘m/min’
Meters per Second	‘m/sec’
Miles per Hour	‘mph’
Miles per Minute	‘mi/min’
Miles per Second	‘mi/sec’

Electrical Resistivity units

The resistivity(value, units) function converts between different Electrical Resistivity units. The input units are as per the table below:

Electrical Resistivity units
Unit Description	Function Input String
Ohm-Meter	‘ohm.m’
Ohm-Centimeter	‘ohm.cm’
Ohm-Inch	‘ohm.in’
Microhm-Centimeter	‘m-ohm.cm’
Microhm-Inch	‘m-ohm.in’
Abohm-Centimeter	‘ab-ohm.cm’
Statohm-Centimeter	‘stat-ohm.cm’
Circular Mil-Ohm per Foot	‘circular_mil-ohm/ft’
Ohm-Square Millimeter per Meter	‘ohm.mm2/m’

Electrical Conductivity units

The conductivity(value, units) function converts between different Electrical Conductivity units. The input units are as per the table below:

Electrical Conductivity units
Unit Description	Function Input String
Siemens per Meter	‘S/m’
Picosiemens per Meter	‘pS/m’
Mho per Meter	‘mho/m’
Mho per Centimeter	‘mho/cm’
Abmho per Meter	‘abmho/m’
Abmho per Centimeter	‘abmho/cm’
Statohm Meter	‘stmho/m’
Statohm Centimeter	‘stmho/cm’
Siemens per Centimeter	‘S/cm’
Millisiemens per Meter	‘mS/m’
Millisiemens per Centimeter	‘mS/cm’
Microsiemens per Meter	‘uS/m’
Microsiemens per Centimeter	‘uS/cm’