You want to move in a system that connects points A, B, and
C.
1. Choose the type and diameter of pipe that you consider
suitable for your fluid and design the system with at least 3
accessories and a control valve. They are not randomly placed,
think about where to put them and why they would be useful or
necessary at that point.
2. Draw your ISO diagram specifying length of pipes and if there
is change in height between points in the system.
3. Determine the maximum flow that your system can take to the
conditions that you established, do not forget to define the
pressure or the DP (includes approach and calculations made).
Briefly explain what was done to obtain the maximum possible
flow rate in the system and write the magnitude obtained.
4. Do you consider that the Q you estimated is adequate? why?
Justify your answers.
5. What value of K should we produce with the valve to lower the
flow to 50%?
6. The minor losses, were they negligible? Justify your
answer.
7. Determine the power required to move the fluid between two of
the points in the system.
You want to move in a system that connects points A, B, and C. 1. Choose the type and diameter of pipe that you consider
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You want to move in a system that connects points A, B, and C. 1. Choose the type and diameter of pipe that you consider
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