A fluid flows past a sphere with an upstream velocity of Vo= 40 m/s as shown in Fig. 4.43 . From a more advanced theory is is found that the speed of the fluid along the front part of the sphere is Vo= 3/2 Vo sinθ. Determine the streamwise and normal components of acceleration at point A , if the radius of the sphere is a= 0.20 m.
A fluid flows past a sphere with an upstream velocity of Vo= 40 m/s as shown in Fig. 4.43 . From a more advanced theory is is found that the speed of the fluid along the front part of the sphere is Vo= 3/2 Vo sinθ. Determine the streamwise and normal components of acceleration at point A , if the radius of the sphere is a= 0.20 m.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A fluid flows past a sphere with an upstream velocity of Vo= 40 m/s as shown in Fig. 4.43 . From a more advanced theory is is found that the speed of the fluid along the front part of the sphere is Vo= 3/2 Vo sinθ. Determine the streamwise and normal components of acceleration at point A , if the radius of the sphere is a= 0.20 m.
Transcribed Image Text:Location 0:
T = TXg, Yo, t)-
Particle A:
T =T,(1)
Yo
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