Heavy Metal

Schoenichen-Hartmann’s United Ship, Machine and Boiler Factory pavilion at the Millennium Exhibition, Budapest, 1896.
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she most likely sank.of course.

well known we know less about whats under water up to miles deep (70% of this rock is under water), on this planet than stuff off of it.

Atlantic averages 13,000 ft deep (almost 3 miles), some parts flat, others like the Grand Canyon. With no good starting point, and good surface search, she's gone forever. :(
 
While we discuss big metal things , this is a reminder of how massive the oceans are:

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USS Oklahoma met a similar fate. When Pearl Harbor was attacked, she was berthed next to USS Maryland. Because of that, Maryland was spared serious damage, but Oklahoma was torpedoed and bombed and the torpedo damage caused her to capsize. Salvage operations began in mid 1942 and lasted almost a year. After she was righted it was determined that she would not be repaired and returned to the battle line partly because of the extent of the damage but also because she still had the reciprocating engines she was originally built with (her sister Nevada was built with turbines). She remained at Pearl until May of 1947 when she was set to be towed to San Francisco to be scrapped. Around 500 miles from Hawaii, while being towed by two ocean going tugs, the trio were hit by a storm and Oklahoma began taking on water. The tug captains saw that she was listing, contacted Pearl and were told to return. However the list was increasing rapidly and the tug captains had to loose the cables or risk being dragged down with her. Oklahoma sank almost straight down. Her exact location is unknown.
 
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USS Oklahoma met a similar fate. When Pearl Harbor was attacked, she was berthed next to USS Maryland. Because of that, Maryland was spared serious damage, but Oklahoma was torpedoed and bombed and the torpedo damage caused her to capsize. Salvage operations began in mid 1942 and lasted almost a year. After she was righted it was determined that she would not be repaired and returned to the battle line partly because of the extent of the damage but also because she still had the reciprocating engines she was originally built with (her sister Nevada was built with turbines). She remained at Pearl until May of 1947 when she was set to be towed to San Francisco to be scrapped. Around 500 miles from Hawaii, while being towed by two ocean going tugs, the trio were hit by a storm and Oklahoma began taking on water. The tug captains saw that she was listing, contacted Pearl and were told to return. However the list was increasing rapidly and the tug captains had to loose the cables or risk being dragged down with her. Oklahoma sank almost straight down. Her exact location is unknown.
learn somethin' every day.

:thumbsup:
 
While the Martin Mars was the biggest flying boat to ever go into production there are bigger examples. The Saunders-Roe Princess was over 30 ft longer, had a longer wingspan by almost 20 ft, and it was considerably heavier. Only one Princess ever flew which happened first on this day, August 22, 1952. This was too late to become a commercial success. Land-based jet airliners were the future. Here is the Princess compared with Philippine Mars scheduled to arrive later this year.

Saunders-Roe Princess - Wikipedia
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While the Martin Mars was the biggest flying boat to ever go into production there are bigger examples. The Saunders-Roe Princess was over 30 ft longer, had a longer wingspan by almost 20 ft, and it was considerably heavier. Only one Princess ever flew which happened first on this day, August 22, 1952. This was too late to become a commercial success. Land-based jet airliners were the future. Here is the Princess compared with Philippine Mars scheduled to arrive later this year.

Saunders-Roe Princess - Wikipedia
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Fascinating story. THe plane, the buildiers, the companies and successors, etc.,


The S-R Princess was powered the the Bristol Proteus (six of them, four with two propellers), the first mass-producted gas turbine turboprop airplane engine.

An innovative but ultimately a failed design, and not useful (gas turbines of THIS design - too heavy, underpowered, complicated design, unreliable mechamicals, gas hogs, etc ) for aircraft propulsion.

Variants of THIS gas turbine found more land-based usages ( e.g., boats, gen sets, tanks, etc) -- but thats another thread.

source: Proteus

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March 1943. "Albuquerque, New Mexico. Men working on the firebox of an engine in the Atchison, Topeka and Santa Fe Railroad locomotive shops
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With Diesels coming on string in the '40s, I can't believe that someone would still build a new Steam Engine in 1943. It couldn't have had much of a service life.
 
With Diesels coming on string in the '40s, I can't believe that someone would still build a new Steam Engine in 1943. It couldn't have had much of a service life.
Dunno if #2,474 was a new build, or a refurb, I suspect some form of the latter (Shorpy.com)

My posted #2,475 was like a decade earlier, so asserted to be a new build (Construction of a railroad engine. Ready to ship to assembling shop)

in hindsight, the industry stayed in steam - as primary prime movers - TOO long. At the time of any transition, the new thing is resisted. Or, the threat of the new thing to an incumbent techology is not clear,

Dozens of examples in the industrial age (roughly mid 1800's until this very minute). 50 years from now theyll be saying ssame thin about us and ICE's.

I think the last new steam locomotive builds lasted till the 1950's in the country. That would have been late .. even viewed back then. By then, the deisel electrics weren't coming ... they were HERE.
 
With the old tub removed, the Big Muskie stands on its feet. Reinforced steel bracing is added for additional stability.
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