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EthanAnderson
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I have head loss (25.95ft) and converted that to pressure (17.19psi). I am trying to find flow rate in 3" sch 80 pipe coming from railcar at 25psi. So outlet pressure is 7.813psi. The fluid is 50% Caustic soda.
Can you attach it to the thread?EthanAnderson said:Would you like for me to email you the spreadsheet so you can see the formulas I used in the cells?
Flow rate from head loss is a measurement of how much fluid (such as water or air) is able to flow through a system, taking into account the amount of resistance or friction caused by the system's design. It is an important factor in understanding the efficiency and performance of fluid systems.
Flow rate from head loss is typically calculated using the Darcy-Weisbach equation, which takes into account factors such as the length and diameter of the system, the fluid's viscosity, and the roughness of the system's walls. This equation is commonly used in engineering and fluid mechanics to determine flow rate.
Head loss is caused by a variety of factors, including friction between the fluid and the walls of the system, changes in elevation, and changes in the fluid's velocity. These factors create resistance that can slow down the flow of the fluid and result in a decrease in head (pressure).
As head loss increases, the flow rate of a fluid system will decrease. This is because the resistance created by head loss slows down the fluid, resulting in a decrease in the amount of fluid that can flow through the system in a given amount of time. In some cases, head loss may be desired in order to control the flow rate and prevent damage to the system.
Yes, there are several ways to reduce head loss in a fluid system. These include using smoother pipes, decreasing the length of the system, and minimizing changes in elevation. Additionally, choosing the right type of fluid with a lower viscosity can also help reduce head loss and increase flow rate.