1. Calculate sound velocity in a pipe-to-liquid system (2 points) Pipe parameters: material elastic modulus E...

 

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1. Calculate sound velocity in a pipe-to-liquid system (2 points) Pipe parameters: material elastic modulus E = 200 GPa; wall thickness e = 20 mm; inner diameter D = 0.20 m; Liquid parameters: bulk density modulus K = 2.0 GPa; density 1000 kg/m3; relative volume of gas in the liquid eps = 0.005. 2. Derive equations for fluid motion (continuity and momentum equations) (4 points) 3. Characteristic method, solution of fluid equations by characteristic methods, boundary conditions (4 points). 1. Calculate sound velocity in a pipe-to-liquid system (2 points) Pipe parameters: material elastic modulus E = 200 GPa; wall thickness e = 20 mm; inner diameter D = 0.20 m; Liquid parameters: bulk density modulus K = 2.0 GPa; density 1000 kg/m3; relative volume of gas in the liquid eps = 0.005. 2. Derive equations for fluid motion (continuity and momentum equations) (4 points) 3. Characteristic method, solution of fluid equations by characteristic methods, boundary conditions (4 points).

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