Recent content by TorMcOst

:smile: Thanks a lot Minger and Astronuc! This were of great help!

Thats right Astronuc, the high pressure nozzle operates under water and is not moving. The diameter of the nozzle is Ø1,2mm and the media flushed through it is seawater (the same as the media it is submerged in). The flow is 5-10L/min. What equation would you recommend to figure: - The length...

Cheers Astronuc and Born2bwire, this have been to great help for me! And for the record, I will try to be more accurate in my physics from now on!

Thanks Astronuc! However I got a little confused. By 13,000kg I meant 13 kg (in air). And my following answer was that this bolt would weight 11,3kg in water. Do you agree or disagree with this calculation?

Is it possible to calculate a high-pressure nozzles effect/carrying length in seawater if the medium used in the high-pressure nozzle is seawater?

Thanks a lot for your respond Born2bwire! This means that my calculation will become something like this: Weight in Air: 13,000 kg - Weight of fluid displaced (1650 cm3*1,025): 1,691 kg = Weight in Sea Water...

I have a bolt (13 kg) of stainless steel (1650 cm``). How much will this weight in sea water? Thank you in advance!

Dear all, I have worked with a challenge for two full days now without managing to solve it. I would be MOST grateful if anyone could help me sort out my confusion concerning the problem. I have a suction hose (100m, Ø 5cm) that is connected to a larger mouthpiece in the end (Ø 30cm). The...