Q3.In the two dimensional situation shown, the following quantities are given:u = 50, v, = 20, PN =0, PE =10.The flow is steady and the density is uniform. Themomentum equations for u, and v, VN are given by:u=d. (PP-PE)v=d, (PP-PN)where the constants d and d, are given by d = 1, d, = 0.6. The control volume shownhas Ax = Ay. Use SIMPLE algorithm to obtain the values of u, V and pp.W3AxNnPSSeAyE

Answered: Image /qna-images/answer/c2cc30a0-1e10-4496-9044-1fe590c50468.jpg

Q3. In the two dimensional situation shown, the following quantities are given: u = 50, v₁ =20, P=0, PE =10.The flow is steady and the density is uniform. The momentum equations for u, and v, VN are given by: u. = d.(PP-PE) v₁=d, (PP-PN) where the constants d, and d, are given by d =1, d, = 0.6. The control volume shown has Ax = Ay. Use SIMPLE algorithm to obtain the values of u, v, and pp. W W Ar N n P SS S e Ay E

Q3. In the two dimensional situation shown, the following quantities are given: u = 50, v₁ =20, P=0, PE =10.The flow is steady and the density is uniform. The momentum equations for u, and v, VN are given by: u. = d.(PP-PE) v₁=d, (PP-PN) where the constants d, and d, are given by d =1, d, = 0.6. The control volume shown has Ax = Ay. Use SIMPLE algorithm to obtain the values of u, v, and pp. W W Ar N n P SS S e Ay E

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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