I have two thoughts:
1. I think it would be true if a bottleneck would be put on the end of the output pipe.
2. The air is streaming continuously, not intermittently. His pressure does not decrease in this manner.
fater52 2 years ago
1. a "bottleneck" would not fix it, It would make the problem worse by making a larger pressure difference.
2. The arrows you are seeing are just following the streamlines, this is a steady state solution.
Pyro1509 2 years ago
PLZ run this simulation,with the intake and output in the center of the main tubes.this has been described by the hungarians as the ideal way.this is very interesting, I am working on my second solar heater right now.
my2cents0 2 years ago
I have two thoughts:
1. I think it would be true if a bottleneck would be put on the end of the output pipe.
2. The air is streaming continuously, not intermittently. His pressure does not decrease in this manner.
fater52 2 years ago
1. a "bottleneck" would not fix it, It would make the problem worse by making a larger pressure difference.
2. The arrows you are seeing are just following the streamlines, this is a steady state solution.
Pyro1509 2 years ago
PLZ run this simulation,with the intake and output in the center of the main tubes.this has been described by the hungarians as the ideal way.this is very interesting, I am working on my second solar heater right now.
my2cents0 2 years ago