Propeller Turbine Mixer Design Mixing Constant Calculator (Laminar Flow)

Propeller turbines are machines used to produce power by converting the electric energy. In this calculator, the laminar flow mixing constant is calculated based on the power requirement, fluid dynamic viscosity, revolution per second, impeller diameter.

Calculate Laminar Flow Mixing Constant of Propeller Turbine Mixer Design

W
N-s/m-2
length

Propeller turbines are machines used to produce power by converting the electric energy. In this calculator, the laminar flow mixing constant is calculated based on the power requirement, fluid dynamic viscosity, revolution per second, impeller diameter.

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Formula:

k = P / (μ * n2 * D3) Where, k = Laminar Flow Mixing Constant P = Power Requirement μ = Fluid Dynamic Viscosity n = Revolution per Second D = Impeller Diameter

Using Propeller Turbine Mixer Design Calculator, power requirement, fluid dynamic viscosity, revolution per second and impeller diameter can also be calculated based on the other given values.


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