Dear All.
if I have a pipe with a constant ID= x a totally horizontal. the pipe length is L.
Now if I used two different fluids with the same input pressure 2 bar , how should be the variation of pressure at the exit of the Pipe?
Now if I used this pressure and apply it for on the tip of a cantilevered beam ( the root is fixed). shall I have the same dynamic for both fluids since the input pressure is the same?
With 2 bar inlet pressure, the pressure at the exit of the pipe will be the pressure of the place where the pipe discharge. For example, if the pipe discharge to the atmosphere, this is the exit pressure for both fluids. What is different is the flow through the pipe. It depends on the specific volume of the fluid.
The discharged flow rate is ralated with the velocity of the fluid inside the pipe.
Emilio Casado if we used that output to impact a body, is the force will be the same? is the density and viscosity will have an impact? or it is only the input pressure that has a relation?
The impact outside the pipe is related with the fluid velocity and its mass
Emilio Casado is there a book or an article or just a Wikipedia page where I can understand that? so as I understand it is the fluid velocity and the mass of the fluid that will have an impact on the body.
it just exists it is necessary to do a revision on the course "fluid mechanics - compressible and incompressible fluid dynamics" @Emilio
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