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| Modules |
CALCULATOR MODULE : Convert Between Kinematic Viscosity And Dynamic Viscosity Calculation Module
Convert between fluid Dynamic viscosity and Kinematic viscosity. Kinematic viscosity is equal to the Dynamic viscosity divided by the density of the fluid.
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CALCULATOR MODULE : Convert Between Kinematic Viscosity And Saybolt Viscosity Calculation Module
Convert between liquid Kinematic viscosity and Saybolt viscosity. Saybolt viscosity is the time taken for a set volume of liquid at a specified temperature, to drain through a calibrated tube.
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CALCULATOR MODULE : Dimensionless Reynold's Number Re : Circular Duct Pipeline Rectangular Duct Or General 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.
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DATA MODULE : Fluid Dynamic And Kinematic Viscosity Data Module
Gas viscosity versus temperature and pressure for selected gases. Single point viscosity data for miscellaneous gases and liquids.
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CALCULATOR MODULE : Fluid Mixture Properties From Component Properties Critical Point And Mole Fraction Calculation Module
Fluid mixture pseudocritical properties using the simple form of Kay's rule with no interaction parameters. The mole fraction is automatically adjusted so that the sum of the mole fractions equals one.
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CALCULATOR MODULE : 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.
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CALCULATOR MODULE : 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.
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CALCULATOR MODULE : 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).
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CALCULATOR MODULE : 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).
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