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ME 330 PS7 Fall 2010

# ME 330 PS7 Fall 2010 - ME 330 17905 The University of Texas...

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ME 330 17905 The University of Texas at Austin Mechanical Engineering Department Fall ’10 Dr. Hidrovo 1 ME 330 Fluid Mechanics Problem Set 7 Due Thur. 10/28/10 Solve the following problems from the text book (Munson, Young, Okiishi & Huebsch) in addition to the problems stated in this PS handout. Note that numerical answers to even numbered problems are given in the back of the book. For odd numbered problems, numerical answers may be given in parentheses. Neatly show your development in detail, you will be graded on correct development of the solution, so we must be able to follow your work. No credit will be given for solutions we cannot follow. Pages 450-460, problems 8.19 (6.72 × 10 4 Pa; 5.05 × 10 4 Pa) 8.46 8.52 Problem 1 An incompressible, Newtonian fluid flows steadily inside a constant area pipe of radius R . At Station 1, the axial velocity profile is parabolic, indicating laminar flow. Downstream of Station 1, the flow becomes turbulent such that the velocity profile at Station 2 is no longer parabolic. The non-dimensional velocity profile at both stations is given below, where

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