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Ibexe
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What exactly determines a ships ability to withstand extremely high sea states?
From looking at videos of ships in high sea states and looking at the data for sea states i believe it has to do with length of the vessel and the materials usedphinds said:What research have you done so far? What have you found out?
The wisdom of the master is most important. Otherwise it really depends on the type and size of the boat.Ibexe said:What exactly determines a ships ability to withstand extremely high sea states?
Hmm surprisingly the ship I am looking at is going to be used all the way from South Africa all the way to the Kara sea I am looking around to find the best design to prevent extreme damage when transporting 3 vehicles around for joyriding around the world lolBaluncore said:The wisdom of the master is most important. Otherwise it really depends on the type and size of the boat.
A long hull may give you a more comfortable ride, but when a long hull straddles two big waves it will break it's back. I would prefer to survive than be comfortable. The complex wave interference patterns such as found off the SE coast of South Africa have broken the backs and so taken many vessels over 100,000 tonnes.
If you are in a sailing boat and a storm is rising, first reduce sail, next heave to, then run with the wind with a small storm jib, or under bare poles, then if it gets too fast, put the drogue out from the stern.
A light-weight racing boat is a liability. The design rules make winning boats dangerous in challenging seas. The race winner will be the boat that just manages to survive the storm. To win at any cost, costs lives.
I wonder what caused them to take such a hard right.rootone said:Funnily enough I was wondering recently about something similar.
The scenario is you have a container ship coming out of Rotterdam in Netherlands, with goods bound to Cork in Ireland.
The first stage going down the English channel/La Manche should be straight forward enough, but after that the ship has to do hard right turn, whilst simultaneously encountering all the North Atlantic can throw at it.
I guess there must be standard procedure, and if things don't look good they wait in the Channel for a while.
Surprisingly .... lol !Ibexe said:Hmm surprisingly the ship I am looking at is going to be used all the way from South Africa all the way to the Kara sea I am looking around to find the best design to prevent extreme damage when transporting 3 vehicles around for joyriding around the world lol
Is this question an exercise in an engineering class?Ibexe said:Hmm surprisingly the ship I am looking at is going to be used all the way from South Africa all the way to the Kara sea I am looking around to find the best design to prevent extreme damage when transporting 3 vehicles around for joyriding around the world lol
What secrets am i hiding? Lol you lost me there comradeBaluncore said:Surprisingly .... lol !
If you keep secrets when asking questions you will not get useful answers and you will waste the time of all the respondents.
No just a curious question when i seen youtube videos on ships in high sea statesMark44 said:Is this question an exercise in an engineering class?
For liability reasons, we cannot provide advice on dangerous activites. Consult the ship's builder and follow their safety guidelines. Thread closed.Ibexe said:Hmm surprisingly the ship I am looking at is going to be used all the way from South Africa all the way to the Kara sea I am looking around to find the best design to prevent extreme damage when transporting 3 vehicles around for joyriding around the world lol
The ability of a ship to withstand sea state 9 is determined by several factors, including the ship's design, construction materials, and operational procedures.
Sea state 9 is a classification used by mariners to describe rough sea conditions, with wave heights reaching 14-19 feet and wind speeds of 47-54 knots.
The design of a ship plays a crucial role in its ability to withstand rough seas. Ships with a larger displacement and a wider beam (width) are generally more stable and better able to handle high waves.
Ships designed to withstand sea state 9 are typically constructed using high-strength materials such as steel, aluminum, or composite materials. These materials have the strength and durability to withstand the forces of rough seas.
The way a ship is operated and maintained can also impact its ability to withstand rough seas. Proper maintenance and adherence to safe operating procedures can help prevent damage and ensure the ship is prepared to handle rough sea conditions.