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4. Using Navier-Stokes equation to develop velocity profile between two stationary plate for a laminar, fully developed, steady flow. u(v) v = 0; 1 (dP u(y) 2µ - o? – hy) a). Find the expression for average velocity. b). Find the expression for volume flow rate per unit width. c). If x = 100m P = 1 MPa and at x =110 m P = 800 kPa and h = 1.5 mm. Calculate maximum and average velocities. p = 1000 kg/m², µ = 0.001 Ns/m² d). Calculate the mass flow rate.

4. Using Navier-Stokes equation to develop velocity profile between two stationary plate for a laminar, fully developed, steady flow. u(v) v = 0; 1 (dP u(y) 2µ - o? – hy) a). Find the expression for average velocity. b). Find the expression for volume flow rate per unit width. c). If x = 100m P = 1 MPa and at x =110 m P = 800 kPa and h = 1.5 mm. Calculate maximum and average velocities. p = 1000 kg/m², µ = 0.001 Ns/m² d). Calculate the mass flow rate.

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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4. Using Navier-Stokes equation to develop velocity profile between two stationary plate for a laminar, fully developed, steady flow. u(y) v = 0; 1 (dP G) v² – hy) u(y) : 2µ \dX, a). Find the expression for average velocity. b). Find the expression for volume flow rate per unit width. c). If x = 100m P = 1 MPa and at x = 110 m P = 800 kPa and h = 1.5 mm. Calculate maximum and average velocities. p = 1000 kg/m², µ = 0.001 Ns/m² d). Calculate the mass flow rate.
Transcribed Image Text:4. Using Navier-Stokes equation to develop velocity profile between two stationary plate for a laminar, fully developed, steady flow. u(y) v = 0; 1 (dP G) v² – hy) u(y) : 2µ \dX, a). Find the expression for average velocity. b). Find the expression for volume flow rate per unit width. c). If x = 100m P = 1 MPa and at x = 110 m P = 800 kPa and h = 1.5 mm. Calculate maximum and average velocities. p = 1000 kg/m², µ = 0.001 Ns/m² d). Calculate the mass flow rate.
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