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3- Fluid flow between two horizontal infinite parallel plates with a spacing of H mm shown in figure 3. Determine the volume flow rate per width and the shear stress on upper and lower plates. U2, draw the velocity profile distribution. Moving H Moving plate U2 Figure 3 4- As illustrated in Fig. 4 , a tornado can be approximated by a free vortex of strength I' for r > Re, where R̟ is the radius of the core. Velocity measurements at points A and B indicate that V = 125 ft/s and V3 = 60 ft/s. Determine the distance from point A to the center of the tornado. Why can the free vortex model not be used to approximate the tornado throughout the flow field (r > 0)?

3- Fluid flow between two horizontal infinite parallel plates with a spacing of H mm shown in figure 3. Determine the volume flow rate per width and the shear stress on upper and lower plates. U2, draw the velocity profile distribution. Moving H Moving plate U2 Figure 3 4- As illustrated in Fig. 4 , a tornado can be approximated by a free vortex of strength I' for r > Re, where R̟ is the radius of the core. Velocity measurements at points A and B indicate that V = 125 ft/s and V3 = 60 ft/s. Determine the distance from point A to the center of the tornado. Why can the free vortex model not be used to approximate the tornado throughout the flow field (r > 0)?

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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Fluid Mechanics II Sheet NO (04) Damietta University Faculty of Engineering Mechanical Engineering Dept. FACULTY OF ENGINEERING DAMIETTA UNIVERSIm bluas daola-dunigil us 3- Fluid flow between two horizontal infinite parallel plates with a spacing of H mm shown in figure 3. Determine the volume flow rate per width and the shear stress on upper and lower plates. U2 , draw the velocity profile distribution. U1 Moving plate H Moving plate U2 Figure 3 , a tornado can be approximated As illustrated in Fig. 4 by a free vortex of strength I' for r > Re, where R̟ is the radius of the core. Velocity measurements at points A and B indicate that V = 125 ft/s and V3 = 60 ft/s. Determine the distance from point A to the center of the tornado. Why can the free vortex model not be used to approximate the tornado throughout the flow field (r > 0)? 4- B +100 ft- Figure 4
Transcribed Image Text:Fluid Mechanics II Sheet NO (04) Damietta University Faculty of Engineering Mechanical Engineering Dept. FACULTY OF ENGINEERING DAMIETTA UNIVERSIm bluas daola-dunigil us 3- Fluid flow between two horizontal infinite parallel plates with a spacing of H mm shown in figure 3. Determine the volume flow rate per width and the shear stress on upper and lower plates. U2 , draw the velocity profile distribution. U1 Moving plate H Moving plate U2 Figure 3 , a tornado can be approximated As illustrated in Fig. 4 by a free vortex of strength I' for r > Re, where R̟ is the radius of the core. Velocity measurements at points A and B indicate that V = 125 ft/s and V3 = 60 ft/s. Determine the distance from point A to the center of the tornado. Why can the free vortex model not be used to approximate the tornado throughout the flow field (r > 0)? 4- B +100 ft- Figure 4
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