A,B The overall streamfunction for a particular inviscid 2D flow field is ...Вy = f(r,0)= A0+²sin 0in which y has units of ft2/s when r has units of feet. A and B are constantsthat are not a function of r or 0. The fluid in this flow field is water(incompressible) and you may neglect any effects of gravity.The velocities are known at this location ( r1 = 6.0 ft, 0 = t/5 )...Vr = 12 ft/sandve=4 ft/s(2.a) Show that this flow field is irrotational.(2.b) Find the equation for the equipotential ø= f(r,0) for this flow field.Your answer will contain one/both of the constants -----(2.c) Determine the numerical values for A and B.Consider a second location ( r2 = 3 ft, 2 = 5Tt/6 ).(2.d) Find the pressure difference [ psi ] P1 – P2.

Given a stream function for 2D flow ψ=fr,θ = Aθ+Brsinθ in which A and B are constants that are not…

The overall streamfunction for a particular inviscid 2D flow field is ... В y = f(r,0)= A0+²sin 0 ... in which y has units of ft2/s when r has units of feet. A and B are constants that are not a function ofr or 0. The fluid in this flow field is water (incompressible) and you may neglect any effects of gravity. The velocities are known at this location ( ri = 6.0 ft, 0 = 1/5 ) ... Vr = 12 ft/s and ve=4 ft/s (2.a) Show that this flow field is irrotational. (2.b) Find the equation for the equipotential ø = f(r,0) for this flow field. Your answer will contain one/both of the constants --- ---

The overall streamfunction for a particular inviscid 2D flow field is ... В y = f(r,0)= A0+²sin 0 ... in which y has units of ft2/s when r has units of feet. A and B are constants that are not a function ofr or 0. The fluid in this flow field is water (incompressible) and you may neglect any effects of gravity. The velocities are known at this location ( ri = 6.0 ft, 0 = 1/5 ) ... Vr = 12 ft/s and ve=4 ft/s (2.a) Show that this flow field is irrotational. (2.b) Find the equation for the equipotential ø = f(r,0) for this flow field. Your answer will contain one/both of the constants --- ---

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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