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| Modules |
CALCULATORS : API 14E General Equation For Gas Mole Flow Rate Outlet Pressure And Diameter Calculation Module
Single phase gas mole flow rate, outlet pressure and diameter from the API 14E general equation. Suitable for all Reynolds numbers. The friction factor is user selected. |
CALCULATORS : API 14E Panhandle B Equation For Gas Mole Flow Rate Outlet Pressure And Diameter Calculation Module
Single phase gas mole flow rate, outlet pressure and diameter from the API 14E Panhandle B equation. Suitable for medium Reynolds number flow only. It underestimates the friction losses at high reynolds numbers. |
CALCULATORS : API 14E Spitzglass Equation For Gas Flow Rate Outlet Pressure And Diameter Calculation Module
Single phase gas mole flow rate, outlet pressure and diameter from the API 14E Spitzglass equation. Suitable for low pressure gas piping only. |
CALCULATORS : API 14E Weymouth Equation For Gas Mole Flow Rate Outlet Pressure And Diameter Calculation Module
Single phase gas mole flow rate, outlet pressure and diameter from the API 14E Weymouth equation. Suitable for high Reynolds number flow only. It underestimates the friction losses at medium Reynolds numbers. |
CALCULATORS : Bernoulli's Equation Liquid Flow Velocity Measurement Flow Meter Calculation Module
Liquid flow rate through a flow meter from the Bernoulli equation. The flow meter uses the change in dynamic pressure due to velocity changes. The discharge coefficient Cd accounts for friction losses. |
CALCULATORS : Convert Between Gas Pipeline Velocity Volume Flow Rate Mass Flow Rate And Mole Flow Rate Calculation Module
Convert between flow velocity and gas mole flow rate for gas pipelines. The gas molar mass is approximately equal to 28.963 times the gas specific gravity at standard conditions. |
CALCULATORS : Convert Between Gas Rectangular Duct Velocity Volume Flow Rate Mass Flow Rate And Mole Flow Rate Calculation Module
Convert between flow velocity and gas mole flow rate for gas rectangular ducts. The gas molar mass is approximately equal to 28.963 times the gas specific gravity at standard conditions. |
CALCULATORS : Convert Between Liquid Pipeline Velocity Volume Flow Rate Mass Flow Rate And Mole Flow Rate Calculation Module
Convert between flow velocity, volume flow rate and mass flow rate for liquid pipelines. |
CALCULATORS : Convert Between Liquid Rectangular Duct Velocity Volume Flow Rate Mass Flow Rate And Mole Flow Rate Calculation Module
Convert between flow velocity, volume flow rate and mass flow rate for liquid rectangular ducts. |
CALCULATORS : Dimensionless Reynold's Number Re : Circular Duct Or Pipeline Calculation Module
Reynolds number for single phase gas or liquid flow in a pipeline or circular duct. The Reynolds number is the ratio of the fluid kinetic energy to the viscous energy loss. |
CALCULATORS : Dimensionless Reynold's Number Re : Rectangular Duct Calculation Module
Reynolds Number Re for single phase gas or liquid flow in a rectangular duct. The Reynolds Number is the ratio of fluid kinetic energy to viscous friction loss. |
CALCULATORS : Dry Air Pipeline Flow Rate Friction Loss And Diameter Calculation Module
Mole flow rate, outlet pressure, and diameter for air pipelines or circular ducts. Use these calculators for approximate calculations for air pipes, piping, pipelines or circular ducts. |
CALCULATORS : Dry Air Rectangular Duct Flow Rate And Friction Loss Calculation Module
Mole flow rate and outlet pressure for air rectangular ducts. Use these calculators for approximate calculations for rectangular or square air ducts. For more accurate calculations use the Moody Diagram. |
CALCULATORS : Gas Pipeline Darcy Weisbach Friction Factor From AGA 9 Blasius Prandtl Miller Colebrook Konakov Equation Calculation Module
Friction loss factor for a single phase gas pipeline: AGA 9, Moody Colebrook White, Blasius, Prandtl, Colebrook, Miller, Konakov, Oil, Hagen-Poiseuille laminar flow, and fully turbulent rough pipe equations. itdmotflow00 |
CALCULATORS : Gas Pipeline Darcy Weisbach Friction Factor From Moody Diagram And Darcy Weisbach Equation Calculation Module
Friction loss factors for a single phase gas pipeline from the Moody diagram: Darcy-Weisbach and Fanning friction factor and transmission factor. |
CALCULATORS : Gas Pipeline Flow Rate Friction Loss And Diameter From AGA 9 Smooth Pipe Equation Calculation Module
Mole flow rate, outlet pressure, and diameter for single phase gas pipelines using the AGA 9 Smooth Pipe equation. Suitable for natural gas pipelines operating at partially turbulent or fully turbulent flow. |
CALCULATORS : Gas Pipeline Flow Rate Friction Loss And Diameter From Darcy Weisbach Equation And User Selected Friction Factor Calculation Module
Mole flow rate, outlet pressure, and diameter for single phase gas pipelines using the Darcy-Weisbach friction loss formula. The friction factor is user selected. |
CALCULATORS : Gas Pipeline Flow Rate Friction Loss And Diameter From Moody Diagram And Darcy Weisbach Equation Calculation Module
Mole flow rate, outlet pressure, and diameter for single phase gas pipelines using the Darcy-Weisbach equation and the Moody diagram (Hagen-Poiseuille And Colebrook-White Equations). |
CALCULATORS : Gas Pipeline Flow Rate Friction Loss And Diameter From Panhandle A Equation Calculation Module
Mole flow rate, outlet pressure, and diameter for single phase gas pipelines using the Panhandle A equation. Suitable for natural gas pipelines operating at partially turbulent flow (medium Reynolds number). |
CALCULATORS : Gas Pipeline Flow Rate Friction Loss And Diameter From Panhandle B Equation Calculation Module
Mole flow rate, outlet pressure, and diameter for single phase gas pipelines using the Panhandle B equation. Suitable for natural gas pipelines operating at partially turbulent flow (medium Reynolds number). |
CALCULATORS : Gas Pipeline Flow Rate Friction Loss And Diameter From Weymouth Equation Calculation Module
Mole flow rate, outlet pressure, and diameter for single phase gas pipelines using the Weymouth equation. Suitable for natural gas pipelines operating at fully turbulent flow conditions (high Reynolds number). |
CALCULATORS : Gas Rectangular Duct Darcy Weisbach Friction Factor From Moody Diagram And Darcy Weisbach Equation Calculation Module
Friction loss factor for a single phase gas rectangular duct from the Moody diagram: Darcy-Weisbach and Fanning friction factor and transmission factor. |
CALCULATORS : Gas Rectangular Duct Flow Rate And Friction Loss From Moody Diagram And Darcy Weisbach Equation Calculation Module
Mole flow rate and outlet pressure for single phase gas rectangular ducts using the Darcy-Weisbach equation and the Moody diagram (Hagen-Poiseuille And Colebrook-White Equations). |
CALCULATORS : Liquid Pipe Fitting Discharge Coefficient Cd Calculation Module
Discharge coefficient Cd through an orifice. The dimensionless ratio of the actual velocity of the fluid through an orifice over the frictionless velocity. |
CALCULATORS : Liquid Pipe Fitting Flow Rate From Pressure K Factor Av Cv Kv Coefficient Cd Coefficient Calculation Module
Liquid flow rate through pipeline fittings from the friction pressure loss and the friction loss factor: friction factor K, flow coefficient (Cv, Av, Kv etc), or discharge coefficient Cd. |
CALCULATORS : Liquid Pipe Fitting Friction Factor K Or Minor Loss Coefficient Calculation Module
Pipeline fittings friction factor K for pipeline fittings. The friction factor K is the dimensionless ratio of the friction pressure loss over the dynamic or velocity pressure. |
CALCULATORS : Liquid Pipe Fitting Friction Loss From Flow Rate K Factor Av Cv Kv Coefficient Cd Coefficient Calculation Module
Friction pressure loss for liquid flow through pipeline fittings from the flow rate and the friction loss factor: friction factor K, flow coefficient (Cv, Av, Kv etc), or discharge coefficient Cd. |
CALCULATORS : Liquid Pipeline Darcy Weisbach Friction Factor From AGA 9 Blasius Prandtl Miller Colebrook Konakov Equation Calculation Module
Friction loss factors for a single phase liquid pipeline: AGA 9, Moody Colebrook White, Blasius, Prandtl, Colebrook, Miller, Konakov, Oil, Hagen-Poiseuille laminar flow, and fully turbulent rough pipe equations. |
CALCULATORS : Liquid Pipeline Darcy Weisbach Friction Factor From Moody Diagram And Darcy Weisbach Equation Calculation Module
Friction loss factors for a single phase liquid pipeline from the Moody diagram: Darcy-Weisbach friction factor, Fanning friction factor, Darcy-Weisbach transmission factor, and the Fanning transmission factor. |
CALCULATORS : Liquid Pipeline Flow Rate Friction Loss And Diameter From Darcy Weisbach Equation And User Selected Friction Factor Calculation Module
Volume flow rate, outlet pressure, and diameter for single phase liquid pipelines using the Darcy-Weisbach equation. The friction factor is user selected. |
CALCULATORS : Liquid Pipeline Flow Rate Friction Loss And Diameter From Hazen-Williams Equation Calculation Module
Volume flow rate, outlet pressure, and diameter for single phase liquid pipelines using the Hazen-Williams equation. Refer to the pipe roughness data tables for Hazen-Williams coefficients. |
CALCULATORS : Liquid Pipeline Flow Rate Friction Loss And Diameter From Manning Equation Calculation Module
Volume flow rate, outlet pressure, and diameter for single phase liquid pipelines using the Manning equation. Refer to the pipe roughness data tables for Manning coefficients. |
CALCULATORS : Liquid Pipeline Flow Rate Friction Loss And Diameter From Moody Diagram And Darcy Weisbach Equation Calculation Module
Volume flow rate, outlet pressure, and diameter for single phase liquid pipelines using the Darcy-Weisbach equation and the Moody diagram (Hagen-Poiseuille And Colebrook-White Equations). |
CALCULATORS : Liquid Rectangular Duct Darcy Weisbach Friction Factor From Moody Diagram And Darcy Weisbach Equation Calculation Module
Friction loss factors for a single phase liquid rectangular duct from the Moody diagram: Darcy-Weisbach and Fanning friction factor and transmission factor. |
CALCULATORS : Liquid Rectangular Duct Flow Rate And Friction Loss From Moody Diagram And Darcy Weisbach Equation Calculation Module
Volume flow rate and outlet pressure for single phase liquid rectangular ducts using the Darcy-Weisbach equation and the Moody diagram (Hagen-Poiseuille And Colebrook-White Equations). |
CALCULATORS : Water Pipeline Flow Rate Friction Loss And Diameter From Hazen-Williams Equation Calculation Module
Volume flow rate, outlet pressure, and diameter for water pipelines. The calculators use the Hazen-Williams equation which is a simple and reasonably accurate formula for friction loss. |
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