Best teacher of all time …. Right from basics to masters level. I did from Massa , mumbai …no one cleared my doubts but your videos did. Thank you allot sir
You been my best teacher sir! You have such ocean of knowledge. I really admire you sir , I wish I could reach 1% of you someday! I dont know you remember me or not But I watch your videos all time 🙏
Very well explained dear sir. I had the pleasure to sit for many of your lectures. I take it that the calculation is based on Force 10 wind conditions. Approx. 55 knots. In case of very large Pax ships, say windage area of 14k + meters, will the same calculations apply. Recently I experienced about 70 knot with gust upto 75 kn. The heel experienced was much less (thankfully) than what the Napa load computer showed. Just wondering if the computer was calculating correctly. What I was interested and want to ask was, how much wind (just approximately) would I be safe to take on the beam (300 m long ship x 25 m from half draft to air surface centroid). (The stability manual doesn't provide much info since the ship is 15 years old and did not need this criteria when it was built. The new manual has at best not very good information as I can gather)
Dear Deep, 504 N/mt sq is approximately gale force approximately 40knots. How much your ship heeled will also depend on the stability or GM of vessel. A general thumb rule should be that because of wind alone, the permanent list or heel should not be more than 80% of deck edge immersion. To find out if your ship will satisfy the criteria, the normal 4 tables which are provided and the two formulae can be used. Thanks for viewing.
Nicely explained , not needed to mug this up anymore without understanding.
Thanks for the good words.
Best teacher of all time …. Right from basics to masters level. I did from Massa , mumbai …no one cleared my doubts but your videos did.
Thank you allot sir
Thanks for the good words.
Sir You Made it Very easy to understand and remember. Thanks a lot for sharing such great knowledge.
Thanks for the Good Words.
Easily he is the best teacher in india currently.
nicely explained sir. thank you
Beautifully explained sir.
Thanks and welcome
You been my best teacher sir! You have such ocean of knowledge. I really admire you sir , I wish I could reach 1% of you someday! I dont know you remember me or not But I watch your videos all time 🙏
Thanks for the good words.
Thank you a lot guruji... Was struggling to understand and get this for ASM orals...
Thanks for the Good Words.
Thank you sir.
Nicely explained.
Thanks and welcome
Thank you so much , all doubts are well cleared 🙏
Thanks for the good words.
❤ excellent Sir
Thanks a lot ... Great explanation..
Thanks for the good words.
Well explained!! Thank you sir!
Thanks & Welcome
Great inspiration for all needy students 🙏🙏 Really liked your way of teaching sir
Thanks for good words
sir thank you so much for the video lecture .
Thanks for the good words.
How do we calculate the Theeta 1 (angle of roll to windward due to wave action) ?
Thank you Sir.
You are most welcome
thank you sir.
Most welcome
Very well explained dear sir. I had the pleasure to sit for many of your lectures.
I take it that the calculation is based on Force 10 wind conditions. Approx. 55 knots. In case of very large Pax ships, say windage area of 14k + meters, will the same calculations apply. Recently I experienced about 70 knot with gust upto 75 kn. The heel experienced was much less (thankfully) than what the Napa load computer showed. Just wondering if the computer was calculating correctly.
What I was interested and want to ask was, how much wind (just approximately) would I be safe to take on the beam (300 m long ship x 25 m from half draft to air surface centroid). (The stability manual doesn't provide much info since the ship is 15 years old and did not need this criteria when it was built. The new manual has at best not very good information as I can gather)
Dear Deep,
504 N/mt sq is approximately gale force approximately 40knots. How much your ship heeled will also depend on the stability or GM of vessel. A general thumb rule should be that because of wind alone, the permanent list or heel should not be more than 80% of deck edge immersion. To find out if your ship will satisfy the criteria, the normal 4 tables which are provided and the two formulae can be used. Thanks for viewing.