Problem #1 A fluid flows constantly through a 2D nozzle of length 1 as shown in the figure The shape of the nozzle is gi
Posted: Mon May 16, 2022 8:54 am
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Problem #1 A fluid flows constantly through a 2D nozzle of length 1 as shown in the figure The shape of the nozzle is given by the equation: y 0.5 분 If the effects of viscosity and gravity are negligible, the velocity is approximately: u = 1, [1 +11 뽀 1 = y ロニー and the pressure field is pl. (x2 + y2) P-Po = + 2 22 Where Vo and po are the velocity and pressure at the origin x=y=0. Note that the speed of the fluid increases as flowing through the nozzle. For example at the center line (y=0), V=Vo at x=0 and V=2Vo at x=l. Determine, as a function of x and y, the rate of change of pressure felt by a particle as it flows through the nozzle. 05 35 24
Problem #1 A fluid flows constantly through a 2D nozzle of length 1 as shown in the figure The shape of the nozzle is given by the equation: y 0.5 분 If the effects of viscosity and gravity are negligible, the velocity is approximately: u = 1, [1 +11 뽀 1 = y ロニー and the pressure field is pl. (x2 + y2) P-Po = + 2 22 Where Vo and po are the velocity and pressure at the origin x=y=0. Note that the speed of the fluid increases as flowing through the nozzle. For example at the center line (y=0), V=Vo at x=0 and V=2Vo at x=l. Determine, as a function of x and y, the rate of change of pressure felt by a particle as it flows through the nozzle. 05 35 24