For the hydraulic system show in the figure, the following data are given: A pump...

 

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For the hydraulic system show in the figure, the following data are given: • A pump adds 1.8 kW to a fluid (pump hydraulic power = 1.8 kW); • The elevation difference between stations 1 and 2 is 4.25 m; • The pump flowrate is 0.00144 m³/s; • The specific gravity of the fluid is 1.05; • The kinematic viscosity of the fluid is 80 x10-6 m²/s; • The pipe diameter id 32 mm; • The 90°-Elbow has a K-value of 0.45; • Pipe lengths are as follows: 0.40, 1.45 and 5.7 m. The pressure at the top surface of the fluid in the hydraulic tank is atmospheric (0 Pa gauge). What is the value of the Friction Factor for Laminar Flow? Enter your answer with 4 decimals (Ex: X.XXXX) Your Answer: For the hydraulic system show in the figure, the following data are given: • A pump adds 1.8 kW to a fluid (pump hydraulic power = 1.8 kW); • The elevation difference between stations 1 and 2 is 4.25 m; • The pump flowrate is 0.00144 m³/s; • The specific gravity of the fluid is 1.05; • The kinematic viscosity of the fluid is 80 x10-6 m²/s; • The pipe diameter id 32 mm; • The 90°-Elbow has a K-value of 0.45; • Pipe lengths are as follows: 0.40, 1.45 and 5.7 m. The pressure at the top surface of the fluid in the hydraulic tank is atmospheric (0 Pa gauge). What is the value of the Friction Factor for Laminar Flow? Enter your answer with 4 decimals (Ex: X.XXXX) Your Answer:

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Reynolds Number 4QpiDmu Reynolds ... View the full answer