Good representation. Although, by adding weight to the deck on the port side while the vessel is listing to starboard, won’t this lead to an increase in the vertical centre of gravity? Subsequently leading to a smaller GM and a reduction in stability. Ballast near the bottom of the vessel would be a better solution to this problem.
Great video, but you shouldn't be doing a ballast op. to solve angle of loll problem without a proper calculations, ballast tanks are not going to be filled immediately, it takes time during which water will reach some level where free surfaces effect will arise and can make things even worse.
Good explanation, for some who needed visual representation instead of words.
Good representation. Although, by adding weight to the deck on the port side while the vessel is listing to starboard, won’t this lead to an increase in the vertical centre of gravity? Subsequently leading to a smaller GM and a reduction in stability.
Ballast near the bottom of the vessel would be a better solution to this problem.
Great video, but you shouldn't be doing a ballast op. to solve angle of loll problem without a proper calculations, ballast tanks are not going to be filled immediately, it takes time during which water will reach some level where free surfaces effect will arise and can make things even worse.
Great explanation sir.
Ballast down? You mean add liquid weight to double bottom tanks?
absolutely great and easy explanation. thanks
Would be nice to demonstrate this on GZ curves too in a moving show like you've done but along the GZ curves too side by side with this video
Thank you very much...nice work 👍👍
Thanks
thx for the clear explanation
Very well explained. Thank u sir
Yeah.well explained
Excellent :)
mmkay
Thanks