cyclone design equations formulas calculator - radial velocity

9/5/2014 Cyclone Design Equations Formulas Calculator - Radial Velocity

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Cyclone Design Equations and Formulas CalculatorAir Filtration, Quality, Purification and Pollution Control

Solving for radial velocity

Inputs:particle density (pparticle)

kilogram/meter^3

air density (pair)

kilogram/meter^3

radial distance (r)meter

rotational velocity (w)radian/second

particle diameter (d)meter

air viscosity (u)kilogram/meter-second

Calculate

Conversions:particle density (pparticle)=0

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=0 kilogram/meter^3air density (pair)=0=0 kilogram/meter^3radial distance (r)=0=0 meterrotational velocity (w)=0=0 radian/secondparticle diameter (d)=0=0 meterair viscosity (u)=0

=0kilogram/meter-second

Solution:radial velocity (vradial)=NOT CALCULATED

Other Units:

Change EquationSelect an equation to solve for a different unknown

cyclone radial velocity

radial velocity

particle or particulate density

air density

radial distance

rotational velocity



particulate or particle diameter

air viscosity

cyclone pressure drop

pressure drop

proportionality factor

gas flow rate

absolute pressure

gas density

temperature

cyclone separation factor

separation factor

radial velocity

settling velocity

cyclone approximate effective turns

approximate effective turns

inlet height

cylinder length

cone length



cyclone cut diameter

cut diameter

gas viscosity

inlet width

effective turns

inlet gas velocity

particle density

gas density

Where vradial = radial velocityvinlet = inlet velocitypparticle = particle or particulate density pair = air densityr = radial distancew = rotational velocityd = particle particulate or diameterPdrop = pressure dropQ = gas flow rateP = absolute pressurepgas = gas densityu = air viscosityugas = gas viscosityK = proportionality factorT = temperaturev = settling velocityS = separation factorN = approximate effective turnsh = inlet heightLcylinder = cylinder lengthLcone = cone length



dcut = cut diameterW = inlet width

References - Books:1) P. Aarne Vesilind, J. Jeffrey Peirce and Ruth F. Weiner. 1994. Environmental Engineering. Butterworth

Heinemann. 3rd ed.

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