That was a close call with the freighter, jeez. Figures she got the pin for that - yet didn't know what ocean she was on. LOL.
RMS Olympic did indeed live a long and fruitful life before it was dismantled; its bits spread about the UK before the rest was scrapped. The HMHS Britannic served as a hospital ship during WWI before it hit a mine and sank in under and hour in the channel off the Greek island of Kea.
It should be noted that none of these three ships used "cheap steel" or rivets. It was the best available during its day. Now granted, it doesn't hold up to modern standards... Containing impurities like sulfur and phosphorous, mainly due to not using enough manganese. Unfortunately, this had the effect of making the steel brittle, especially in the ice cold 28ºF water of the northern Atlantic that night. But it was not "cheap." Did it contribute to the sinking? Maybe - but not much.
Interesting point... The total surface area of the punctures was a mere 12 square feet - at mostly the width of a finger. The problem was, it was about 20' below the waterline - causing the inrush of water to be under rather high pressure... Some 7 tons of water per second poured in as a result.
RMS Olympic did indeed live a long and fruitful life before it was dismantled; its bits spread about the UK before the rest was scrapped. The HMHS Britannic served as a hospital ship during WWI before it hit a mine and sank in under and hour in the channel off the Greek island of Kea.
It should be noted that none of these three ships used "cheap steel" or rivets. It was the best available during its day. Now granted, it doesn't hold up to modern standards... Containing impurities like sulfur and phosphorous, mainly due to not using enough manganese. Unfortunately, this had the effect of making the steel brittle, especially in the ice cold 28ºF water of the northern Atlantic that night. But it was not "cheap." Did it contribute to the sinking? Maybe - but not much.
Interesting point... The total surface area of the punctures was a mere 12 square feet - at mostly the width of a finger. The problem was, it was about 20' below the waterline - causing the inrush of water to be under rather high pressure... Some 7 tons of water per second poured in as a result.