Potential Flow, Circular Loop. Neglecting viscosity for an air glow find VP, the radial acceleration a,, and the circulation I (m²/s) (eqn. 6.89) about the circular loop given by r = 5m, for the following: (a) rigid body fluid rotation with Ve=5r; (b) the potential free vortex given by Y = 5 In r; (c) for which case (s), a and /or/ b, can the pressure difference between the origin and any other point be determined using the Bernoulli equation? Note that for both flows, V, = 0. Ans OM: (a) 10² Pa/m; -10² m/s²; 10² m²/s; (b) 10¹ Pa/m; -10¹ m/s²; -10¹ m²/s y.
Potential Flow, Circular Loop. Neglecting viscosity for an air glow find VP, the radial acceleration a,, and the circulation I (m²/s) (eqn. 6.89) about the circular loop given by r = 5m, for the following: (a) rigid body fluid rotation with Ve=5r; (b) the potential free vortex given by Y = 5 In r; (c) for which case (s), a and /or/ b, can the pressure difference between the origin and any other point be determined using the Bernoulli equation? Note that for both flows, V, = 0. Ans OM: (a) 10² Pa/m; -10² m/s²; 10² m²/s; (b) 10¹ Pa/m; -10¹ m/s²; -10¹ m²/s y.
Principles of Heat Transfer (Activate Learning with these NEW titles from Engineering!)
8th Edition
ISBN:9781305387102
Author:Kreith, Frank; Manglik, Raj M.
Publisher:Kreith, Frank; Manglik, Raj M.
Chapter5: Analysis Of Convection Heat Transfer
Section: Chapter Questions
Problem 5.8P
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