by Hobieone » December 10, 2025, 10:06 am
I watched the Gott go the the locks on a web cam.
There were comments about how long she took.
They mentioned there was some issues with cavitation when power is applied in a lock chamber with very little water (i.e. mostly ship).
So, if getting a boat into a lock (or out of) is much like pushing a cork into a bottle ( or yanking out), does the lock operator make it easier by using water to "suck the boat in" so to speak if it's headed down, or "flushing it out" after it's lowered ?
Conversely, if a boat was headed UPbound, I could see valve operations facilitating the transit by allowing the lock water content to be displaced on entry, (emptying valves) or Replaced during exit (filling valves).
Hence the question for those more learned than I; how are things handled from the lock operators point of view ?
Enquiring minds want to know ☺
Many Thanks
I watched the Gott go the the locks on a web cam.
There were comments about how long she took.
They mentioned there was some issues with cavitation when power is applied in a lock chamber with very little water (i.e. mostly ship).
So, if getting a boat into a lock (or out of) is much like pushing a cork into a bottle ( or yanking out), does the lock operator make it easier by using water to "suck the boat in" so to speak if it's headed down, or "flushing it out" after it's lowered ?
Conversely, if a boat was headed UPbound, I could see valve operations facilitating the transit by allowing the lock water content to be displaced on entry, (emptying valves) or Replaced during exit (filling valves).
Hence the question for those more learned than I; how are things handled from the lock operators point of view ?
Enquiring minds want to know ☺
Many Thanks