Dear Lnewqban,
Thank you for your reply. This is completely true and it matches the first eq. However, the question of how the pressure differential should be calculated remains open. I would guess that it consists of two terms, i.e. frictional forces and hydrostatic forces. If the temperature...
Hi there,
I hope that somebody can help me with this.. Any response is much appreciated!
Let's have a vertical closed-loop system where the fluid circulates using the pump. The temperature in both sections gradually changes (the upcomer section is heated up) so that the densities, velocities...