Hello
I have a fluid A at 5°C loaded into a pipe. This fluid is at a standstill. It has a coagulation T°C of about 50°C.
This fluid passes through a valve in the high track.
On the lower track, this valve is crossed by a fluid B at 90°C.
I would like to determine how long it will take for the side of the valve (which isolates the upper and lower channels) that is in contact with fluid A to reach the coagulation T°C of fluid A. The aim is to avoid the cooking of the latter and to recommend a maximum tps of circulation of fluid B.
Is this simulation feasible with FLOW SIMULATION?
Tips for simulating it?
Thank you.