- #1
pippobaudo
- 9
- 0
Hello,
I have the following system (see enclosed figure): A viscous (non Newtonian) fluid at high temperature is going trough a tube at a known mass flow, at the exit there is an inclined plane at a given angle (b).
I would like to estimate in some way how the inclined plane at the exit influences the Pressure drop between the entrance and the tube exit. In addition i'd like to calculate how the pressure drop varies as a function of the angle (b) of the inclined plane.
Any help is appreciated, also If you could suggest some good books on viscous flow hydrodynamics.
Thanks guys,
Pippo
I have the following system (see enclosed figure): A viscous (non Newtonian) fluid at high temperature is going trough a tube at a known mass flow, at the exit there is an inclined plane at a given angle (b).
I would like to estimate in some way how the inclined plane at the exit influences the Pressure drop between the entrance and the tube exit. In addition i'd like to calculate how the pressure drop varies as a function of the angle (b) of the inclined plane.
Any help is appreciated, also If you could suggest some good books on viscous flow hydrodynamics.
Thanks guys,
Pippo