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milan.007
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Just a general question, if there is an obstacle in a pipe, such as a turbine, will the speed of the fluid before the turbine be the same as after it? Or will the turbine cause the speed in the whole pipe to slow down?
milan.007 said:Just a general question, if there is an obstacle in a pipe, such as a turbine, will the speed of the fluid before the turbine be the same as after it? Or will the turbine cause the speed in the whole pipe to slow down?
Fluid speed in a pipe refers to the velocity at which a fluid, such as water or gas, travels through a pipe. It is typically measured in units of meters per second (m/s) or feet per second (ft/s).
The presence of a turbine in a pipe can significantly affect fluid speed. The turbine creates resistance to the flow of fluid, causing it to slow down and increase in pressure. The exact effect on fluid speed will depend on factors such as the size and design of the turbine, as well as the fluid properties.
Yes, a turbine is considered an obstacle in a pipe as it obstructs the flow of fluid and creates resistance. This resistance can impact the overall flow rate and pressure of the fluid in the pipe.
The size of a turbine can have a significant impact on fluid speed in a pipe. A larger turbine will generally create more resistance and slow down the fluid more than a smaller turbine. However, other factors such as the design and placement of the turbine can also play a role.
Yes, a turbine can be used to control fluid speed in a pipe. By adjusting the size, design, and placement of the turbine, engineers can manipulate the resistance and flow rate of the fluid in the pipe. This can be useful in various applications, such as regulating the flow of water in a dam or controlling the speed of gas in a pipeline.