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Q6) The velocity of a fluid, V, in a pipe in (m/sec) can be given by ApD2 32µl %3D Where Ap is the change in pressure, D is the diameter of the pipe, u is the dynamic viscosity and L is the length of the pipe. Is this equation dimensionally homogenous or can be accepted as an empirical relation.

Q6) The velocity of a fluid, V, in a pipe in (m/sec) can be given by ApD2 32µl %3D Where Ap is the change in pressure, D is the diameter of the pipe, u is the dynamic viscosity and L is the length of the pipe. Is this equation dimensionally homogenous or can be accepted as an empirical relation.

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Q6) The velocity of a fluid, V, in a pipe in (m/sec) can be given by ApD2 V = 32µl Where Ap is the change in pressure, D is the diameter of the pipe, u is the dynamic viscosity and L is the length of the pipe. Is this equation dimensionally homogenous or can be accepted as an empirical relation.
Transcribed Image Text:Q6) The velocity of a fluid, V, in a pipe in (m/sec) can be given by ApD2 V = 32µl Where Ap is the change in pressure, D is the diameter of the pipe, u is the dynamic viscosity and L is the length of the pipe. Is this equation dimensionally homogenous or can be accepted as an empirical relation.
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