Oasis of the Seas: Stability and Integrity

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Editorial Summary
The video documents a highly complex damage stability simulation conducted in Vienna to test the structural integrity of the Oasis of the Seas. This simulation models approximately 740 separate compartments to replicate the hull of the vessel with extreme precision. To test a worst case scenario, researchers used a large latex patch to simulate a significant damaged area. By slicing the latex with a knife, they were able to replicate a catastrophic flooding event. The simulation showed an initial list of 15 degrees, which the presenter noted represents the residual survivability of the ship. Despite the massive influx of water, the vessel demonstrated significant reserve stability and buoyancy. The testing focused on how water migrates through the vessel, particularly on the higher decks. The results indicated that the water remained well confined to the intended areas. The presenter concludes that while this level of damage would be catastrophic for most ships, the Oasis of the Seas possesses sufficient stability and buoyancy to allow passengers to remain on board without needing to abandon ship.
Written by TripBacon from this video's transcript.
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this is perhaps the most uh complex simulation of its type that's ever been made anywhere in the world
the ingenious thing about using the latex is when they simply slid it with a knife that will allow for I guess what you'd have to call a catastrophic flooding of of the vessel
the ship will then stabilized because it has a lot of Reserve uh stability a lot of Reserve buoyancy in the rest of the ship which is sufficient to keep the ship afloat
this is a damage that would have been catastrophic for most ships I think she's going to provide um all the stability and buoyancy that we would need to make sure that we could stay on board and would not have to abandon ship
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