Pressure Drop in Circular Pipes Calculator


The pressure drop in circular pipes can be calculated when we know the pipe friction coefficient, pipe length, diameter, density and flow velocity.

When we know the above mentioned parameters we can include the inputs onto the below formula to calculate pressure drop:

Pressure Drop in Circular Pipe Formula

where,
ΔP = Pressure Drop [kPa]
λ = Pipe Friction Coefficient
L = Pipe Length [meters]
D = Pipe Diameter [centimeters]
ρ = Fluid Density [kg/l]
w = Flow Velocity [m/s]

In the below online pressure drop in circular pipes calculator, enter the required input values and then press calculate to find the answer.


Pipe Friction Coefficient (λ):
Pipe Length (L): [mts]
Pipe Diameter (D): [cms]
Fluid Density (ρ): [kg/l]
Flow Velocity (w): [m/s]
Pressure Drop (ΔP): [kPa]




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