Greg's post is automated. It just bumps your thread back up to somewhere it is more likely to get noticed. He will not have seen your reply.foo9008 said:
Is the head loss due to water discahrged from pipe to reservoir same as head loss due to water discharged from pipe to atmosphere? The k is 1?haruspex said:
I thought I just answered that. What in my answer did you not understand?foo9008 said:
I am not native emglish speaker... Just to be sure, the k is. 1 when water discharged from pipe to atmosphere??haruspex said:
Yes.foo9008 said:
Friction loss due to exit pipe to reservoir refers to the energy that is lost as water flows from a pipe into a reservoir. This loss occurs due to the friction between the water and the walls of the pipe, as well as any fittings or changes in direction along the pipe.
The calculation for friction loss due to exit pipe to reservoir takes into account factors such as the pipe diameter, length of the pipe, flow rate, and the roughness of the pipe surface. This can be done using mathematical formulas or through the use of charts and tables.
Some factors that can affect friction loss due to exit pipe to reservoir include the velocity of the water flow, the length and diameter of the pipe, the roughness of the pipe surface, and any changes in direction or fittings in the pipe.
Friction loss due to exit pipe to reservoir can have a significant impact on water flow. As the water loses energy due to friction, the pressure and velocity of the water decrease, which can result in lower flow rates and reduced efficiency of the overall system.
There are several ways to reduce friction loss due to exit pipe to reservoir, including using larger diameter pipes, smoothing out any rough surfaces, minimizing changes in direction or fittings, and reducing the water flow velocity. Regular maintenance and cleaning of the pipes can also help to reduce friction loss over time.
