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The equation, given below, is describing the motion of the fluid in a pipe. The driving force of the fluid is the pressure gradient. du Ət 1 др р дх u du - (3² + 1 ) Ər +v Use an average velocity, Vo, pressure drop Ap, pipe length L, diameter D and time to nondimensionalize the L equation. Obtain the dimensionless groups to characterize this flow.

The equation, given below, is describing the motion of the fluid in a pipe. The driving force of the fluid is the pressure gradient. du Ət 1 др р дх u du - (3² + 1 ) Ər +v Use an average velocity, Vo, pressure drop Ap, pipe length L, diameter D and time to nondimensionalize the L equation. Obtain the dimensionless groups to characterize this flow.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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The equation, given below, is describing the motion of the fluid in a pipe. The driving force of the fluid is the pressure gradient. du Ət = 1 др р ?х +v 8² u 1 du + Ər² T Ər Use an average velocity, Vo, pressure drop Ap, pipe length L, diameter D and time equation. Obtain the dimensionless groups to characterize this flow. to nondimensionalize the L
Transcribed Image Text:The equation, given below, is describing the motion of the fluid in a pipe. The driving force of the fluid is the pressure gradient. du Ət = 1 др р ?х +v 8² u 1 du + Ər² T Ər Use an average velocity, Vo, pressure drop Ap, pipe length L, diameter D and time equation. Obtain the dimensionless groups to characterize this flow. to nondimensionalize the L
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