Doesn't it also need air for corrosion to kick in? I understand salt is highly corrosive to steel, but I feel if it is always submerged, the corrosion is almost negligible. Just a guess though. I might be all wrong_ would like to hear from someone with knowledge and experience in it, though.
@@T121T the bottom of navy ships rusts so no your theory is wrong. rust is caused by oxidation and oxygen exists in water and air alike. water is h20 after all. No place is safe except in a chamber of argon for example
@@artbyrobot1 but navy ships are partly above sea surface, so corrosion can propagate between parts. Even the very bottom part which has one side all in water, has its other side facing up into the air enclosed or free air). Also, navy ships are under heavy bending and some torsions breaking the waves.
@@artbyrobot1 But you cannot burn a matchstick with the air in water. Likewise, the rate of corrosion in a fully-and-ever submerged component should be negligible. And as I said earlier, I am basing all of this on some guessing. Someone who has the technical experience on the topic should chime in and be questioned. I already exposed my inexperience, but I am interested to hear what is there to know.
I notice that none of this manufactured in the UK. I guess we don’t have the expertise any longer, so we get foreign manufacturers to build it. The UK is finished - we own nothing, build nothing, import everything. 😢
This is insanely awesome. Fantastic animation and very informative. Thank you for this!
Doesn't feel like animation 👌🏻
Thank you sir. It is very helpful in my study
how long till this rusts? It is just rusty hollow steel in saltwater after all...
Doesn't it also need air for corrosion to kick in? I understand salt is highly corrosive to steel, but I feel if it is always submerged, the corrosion is almost negligible. Just a guess though. I might be all wrong_ would like to hear from someone with knowledge and experience in it, though.
@@T121T the bottom of navy ships rusts so no your theory is wrong. rust is caused by oxidation and oxygen exists in water and air alike. water is h20 after all. No place is safe except in a chamber of argon for example
@@artbyrobot1 but navy ships are partly above sea surface, so corrosion can propagate between parts. Even the very bottom part which has one side all in water, has its other side facing up into the air enclosed or free air). Also, navy ships are under heavy bending and some torsions breaking the waves.
@@T121T oxygen is in water not just air
@@artbyrobot1 But you cannot burn a matchstick with the air in water. Likewise, the rate of corrosion in a fully-and-ever submerged component should be negligible. And as I said earlier, I am basing all of this on some guessing. Someone who has the technical experience on the topic should chime in and be questioned. I already exposed my inexperience, but I am interested to hear what is there to know.
What the soffware for make this animation please??
I notice that none of this manufactured in the UK. I guess we don’t have the expertise any longer, so we get foreign manufacturers to build it. The UK is finished - we own nothing, build nothing, import everything. 😢
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