FLUID MECHANICS March 28th, 2022 Water at 60°C flows between two large flat plates. The lower plate moves to the left at a constant speed of 0.3 m/s, and the upper plate is stationary. The plate spacing is 3 mm, and the flow is laminar and fully developed. The pressure gradient is õp/ôx =-120 N/m²m. Determine the max velocity and its location. Plot the velocity and shear stress distributions. Take the viscosity of water at 60°C as 4.63 * 10-4 Ns/m2. Let y = 0 at the bottom plate. Drive all the required equations. Scan and submit the equation derivations and all other calculations in PDF format. Submit your calculations and graphs in a Microsoft Excel spreadsheet. Submit the PDF document and Microsoft Excel spreadsheet by April 8th Friday, 2022.

FLUID MECHANICS March 28th, 2022 Water at 60°C flows between two large flat plates. The lower plate moves to the left at a constant speed of 0.3 m/s, and the upper plate is stationary. The plate spacing is 3 mm, and the flow is laminar and fully developed. The pressure gradient is õp/ôx =-120 N/m²m. Determine the max velocity and its location. Plot the velocity and shear stress distributions. Take the viscosity of water at 60°C as 4.63 * 10-4 Ns/m2. Let y = 0 at the bottom plate. Drive all the required equations. Scan and submit the equation derivations and all other calculations in PDF format. Submit your calculations and graphs in a Microsoft Excel spreadsheet. Submit the PDF document and Microsoft Excel spreadsheet by April 8th Friday, 2022.

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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FLUID MECHANICS
March 28th, 2022
Water at 60°C flows between two large flat plates. The lower plate moves to the left at a constant
speed of 0.3 m/s, and the upper plate is stationary. The plate spacing is 3 mm, and the flow is laminar
and fully developed. The pressure gradient is õp/ôx = -120 N/m²m. Determine the max velocity and
its location. Plot the velocity and shear stress distributions. Take the viscosity of water at 60°C as
4.63 * 10-4 Ns/m?. Let y = 0 at the bottom plate.
Drive all the required equations. Scan and submit the equation derivations and all other calculations
in PDF format.
Submit your calculations and graphs in a Microsoft Excel spreadsheet.
Submit the PDF document and Microsoft Excel spreadsheet by April 8th
'Friday, 2022.

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