Problem #2 The airflow over a nuclear reactor containment can be approximated as a flow over cylinder, as shown in the f

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Problem #2 The airflow over a nuclear reactor containment can be approximated as a flow over cylinder, as shown in the f

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Problem 2 The Airflow Over A Nuclear Reactor Containment Can Be Approximated As A Flow Over Cylinder As Shown In The F 1
Problem 2 The Airflow Over A Nuclear Reactor Containment Can Be Approximated As A Flow Over Cylinder As Shown In The F 1 (47.72 KiB) Viewed 35 times
Problem #2 The airflow over a nuclear reactor containment can be approximated as a flow over cylinder, as shown in the figure below. Model the containment in 2D. Use a uniform flow in the x direction to model the wind, and use a doublet to model the flow around the containment. During a storm, the wind speed is 50 mph, and the pressure far away from the containment is 14.7 psia. The radius of the model containment is 50 m, its depth into the page is 100 m, and the pressure inside is 14.7 psia everywhere. (a) Find an equation for the velocity potential and stream function of the flow over the containment. (b) Find the net upward pressure force on the containment. U P Pi -P,(0) Figure 7-2: Model Reactor Containment
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