marina_irc
Member
All of your quotes from serious men are about bulkheads giving way lower in the hull where there is at least another atmosphere of pressure, and do not address my comment.
The starboard condenser rolls above the surface and soaks the occupants in a starboard side lifeboat as it is being lowered, as the port side rolls under.
The condenser outlet was always above the water line so I'm not sure where you got that from?
Boats 11 (soaked by the outlet) and 13 (pushed aft by the discharge) were affected by it. Neither of these two boats or boat 15 launched within moments of boat 13, report being affected by the significant list to port that you describe.
The condenser outlet was always above the water line so I'm not sure where you got that from?
Boats 11 (soaked by the outlet) and 13 (pushed aft by the discharge) were affected by it. Neither of these two boats or boat 15 launched within moments of boat 13, report being affected by the significant list to port that you describe.
All of your quotes from serious men are about bulkheads giving way lower in the hull where there is at least another atmosphere of pressure, and do not address my comment.
When lifeboat 15 was lowered the ship had rolled over so much to port that Frank Dymond said their boat had smashed against the side of the ship and damaged the gunwale by the thumping and scraping as they went down her side.
Boats 11 (soaked by the outlet) and 13 (pushed aft by the discharge) were affected by it. Neither of these two boats or boat 15 launched within moments of boat 13, report being affected by the significant list to port that you describe.
That would still only describe a slight list to port. The list you describe (over 10 degrees) would have prevented lifeboat 15 from launching at all.
Aaron, even non-watertight bulkheads resist and slow the passage of water. Pressure is pushing the water up until in equilibrium with the free surface.
The ship is longer than she is wide; a ten degree trim to the bow will result in the bow being much further below the water than you seem to appreciate in your posts.
Flooding aft on E deck would find it easier to pour back down into the next nearest watertight compartment, so almost none would be going aft. Certainly not enough to flood three entire WTCs like in your drawings.
The weight of water in the bow was only sufficient to pull her head down as far as E-deck. From that moment she flooded significantly slow, which created the illusion she was not going to sink any further. Even when lifeboat 13 rowed away shortly before she went down the occupants could see her starboard bow was still only down as far as E-deck, while the survivors on the port side could see her entire broadside settling very low in the water.
Lifeboat 13 survivors
Mr. Caldwell
"At first, she seemed unharmed but, as we looked toward the bow of the ship, we could see that the lower line of portholes extended down into the water. The lights on the Titanic burned until a few minutes before she sank."
Mr. Beesley
"There was nothing else to indicate she was injured.......The lowest portholes in the bows were under the sea......We rowed away from her in the quietness of the night, hoping and praying with all our hearts that she would sink no more and the day would find her still in the same position as she was then."
Mr. Littlejohn
"Her forward E-deck ports were under the water and we could see the lights gradually go out on the E-deck as she settled down. All her other lights were burning brilliantly and she looked a blaze of light from stem to stern. We watched her like this for some time, and then suddenly she gave a plunge forward."
Miss Dowdell
"Then there was one great explosion. I guessed it was the boilers. The Titanic did not stay up long after that, but tilted, bow downward, with a great part of the stern in the air. She steadied for a moment, then plunged under. Her lights were burning to the last."
A number of survivors saw the same thing i.e. the ship settling steadily and then the bow breaks and lurches forward and downward, before rising upward as the middle goes down.
The damaged compartments brought enough weight to partially flood the bow down to the water line as far as E-deck. The chief engineer told Ismay that he was optimistic that the ship would not sink. Sadly the corridors on E-deck provided access to the rest of the ship, and because of this the ship was doomed. Mr. Wheat was on E-deck and saw the water washing up the corridor on the starboard side and down into the turkish bath area below on F-deck further aft. This would settle her lower down further back, and this in turn would allow the water to continue to wash further up the corridor and settle her down more bodily as the water washed down into F-deck via the open staircases on E-deck. When the ship rolled over to port the water would spill down into the huge third class dining room and settle her back even more. The forward decks of the bow could not sink any lower until the water had completely flooded the dining room and turkish bath area on F-deck. Mr. Wheat closed the water tight door outside the swimming pool section which kept that part of the ship dry.
.
Aside that No. 13 left about 1 hour before the ship went down it is interesting how you only quote the accounts which fit with what you claim. No. 13 was rowing away and the people looked back from time to time.
Dowdell
"About two o'clock that morning we could notice the Titanic settling very rapidly, with the bows and the bridge completely under water. In a few moments she was devoured by the great waters of the ocean.
&
"No sooner were we off that [sic] the Titanic began to go down rapidly. The bow disappeared first. (...)Then there was one great explosion. I guessed it was the boilers. The Titanic did not stay up long after that, but tilted, bow downward, with a great part of the stern in the air. She stayed for a moment, then plunged under.
Dr. Dodge
After we had been afloat possibly half an hour I observed, on looking at the steamer, that the line of lights from the portholes, showed that the vessel had settled forward into the water, but to no great extent. ... Watching the vessel closely, it was seen from time to time that this submergence forward was increasing. ... The gradual submersion of the vessel forward increased, and in about an hour was suddenly followed by the extinguishment of all the lights, which had been burning brightly, illuminating every deck and gleaming forth from innumerable portholes.
Beesley
In the distance she looked an enormous length, her great bulk outlined in black against the starry sky. Every porthole and saloon blazing with light. It was impossible to think anything could be wrong with such a leviathan, were it not for that ominous tilt downwards in the bows, where the water was by now up to the lowest row of port holes.
Presently, about 2 a.m., as near as I can remember, we observed her settling very rapidly, with the bows and the bridge completely under water and concluded it was now only a question of minutes before she went down, and so it proved.
Beesley from his book
There was nothing else to indicate she was injured; nothing but this apparent violation of a simple geometrical law - that parallel lines should "never meet even if produced ever so far both ways"; but it meant the Titanic had sunk by the head until the lowest portholes in the bows were under the sea, and the portholes in the stern were lifted above the normal height. We rowed away from her in quietness of the night, hoping and praying with all our hearts that she would sink no more and the day would find her still in the same position as she was then. The crew, however, did not think so. ... And all the time, as we watched, the Titanic sank lower by the head and the angle became wider and wider as the stern porthole lights lifted and the bow lights sank, and it was evident she was not to stay afloat much longer. ... At about 2:15 A.M. I think we were any distance from a mile to two miles away. ... About this time, the water had crept up almost to her sidelight and the captain's bridge, and it seemed a question only of minutes before she sank.
That section would remain dry only for some time.
Yes, and that "some time" could have been significant as the ship was listing to starboard at the time it washed down into the turkish baths and Wheat closed the watertight door which stalled the flooding of the swimming pool area forward. The water would flood into the swimming pool when the ship eventually listed over to port. We don't know how much water went in before she broke because Joughin looked down the corridor and could see the corridor was practically dry as the ship rolled more to port. We don't know if the water washed into the port side cabins and left the corridor, or if the water had receded back down the staircase when / if the forward bulkheads collapsed. All we can do is speculate until a proper examination of the wreck is made to a satisfying degree.
.