ua-cam.com/video/eT1wUL_y00I/v-deo.html You're saying "if the vessel heels further, the underwater volume will increase" - this is dramatically wrong. The whole point about ship's stability and bouyoancy is in that the underwater VOLUME of the submerged hull of the ship remains CONSTANT at all times (in such conditions as you describe). It is only SHAPE (geometry) of the underwater volume that changes during heeling. The change in shape makes the Center of Bouyoancy move to match the position of the center of gravity of the underwater volume as if it were solid water volume. Please make corrections to your narrative.
Your point is well taken. The total underwater volume will remain constant but will increase on lower side and reduce on upper side. I meant to say the same by saying "the underwater volume will increase like this''. I should have added " The underwater volume will increase on lower side like this." Your comment well appreciated
This is obvious that you did not mean what you said then, but if I were you I'd corrected the narrative in order to avoid confusions of the kind in future and not to receive any comments like mine one.
i love you!! the best quick explanation for the GZ curve
the best technique I have ever seen
great sir
Best explanation 👏👏👏.
Pls make a video on bacis concept like cog ,lcf,lbp, difference between them
Good explanation
Sailor tube do you have an email? Can you make more specific how to read and how to plot the GZ and angle of heel at the curved.
3:21 the underwater volume wont be increased!!! Only the KB will change!
ua-cam.com/video/eT1wUL_y00I/v-deo.html
You're saying "if the vessel heels further, the underwater volume will increase" - this is dramatically wrong. The whole point about ship's stability and bouyoancy is in that the underwater VOLUME of the submerged hull of the ship remains CONSTANT at all times (in such conditions as you describe). It is only SHAPE (geometry) of the underwater volume that changes during heeling. The change in shape makes the Center of Bouyoancy move to match the position of the center of gravity of the underwater volume as if it were solid water volume. Please make corrections to your narrative.
Your point is well taken. The total underwater volume will remain constant but will increase on lower side and reduce on upper side. I meant to say the same by saying "the underwater volume will increase like this''. I should have added " The underwater volume will increase on lower side like this."
Your comment well appreciated
This is obvious that you did not mean what you said then, but if I were you I'd corrected the narrative in order to avoid confusions of the kind in future and not to receive any comments like mine one.
@@epiphanshiperson200 chill dude