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The Melting Deck Plates Muddle - V-22 on LHD deck....
StrategyPage.com
December 2, 2009 The Melting Deck Plates Muddle by James Dunnigan Earlier this year, the U.S. Navy discovered that the heat from the MV-22's gas turbine engines, which blow their exhaust right on to the deck of the LHD while waiting to take off, caused high enough temperatures to the steel under the deck plates, to possibly warp the understructure. This was already a known potential problem with the new F-35B vertical takeoff jet fighter. So now the Navy has two hot new aircraft that require an innovative solution to the melting deck problem. The Navy also discovered that the exhaust heat problem varied in intensity between different classes of helicopter carriers (each with a different deck design.) The Navy is looking for a solution that will not require extensive modification of current carrier decks. This includes a lot of decks, both the eleven large carriers, and the ten smaller LHAs and LHDs. This is shaping up as another multi-billion dollar "oops" moment, as the melting deck problem was never brought up during the long development of either aircraft. Previously, the Harrier was the only aircraft to put serious amounts of heat on the carrier deck, but not enough to do damage. But when you compare the Harrier engine with those on the V-22 and F-35B, you can easily see that there is a lot more heat coming out of the two more recent aircraft. Someone should have done the math before it became a real problem. |
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The Melting Deck Plates Muddle - V-22 on LHD deck....
In article
3f72b032-2be2-4377-a180-01d7a81404fe@d2 1g2000yqn.googlegroups.com, Mike wrote: StrategyPage.com December 2, 2009 The Melting Deck Plates Muddle by James Dunnigan Earlier this year, the U.S. Navy discovered that the heat from the MV-22's gas turbine engines, which blow their exhaust right on to the deck of the LHD while waiting to take off, caused high enough temperatures to the steel under the deck plates, to possibly warp the understructure. This was already a known potential problem with the new F-35B vertical takeoff jet fighter. So now the Navy has two hot new aircraft that require an innovative solution to the melting deck problem. The Navy also discovered that the exhaust heat problem varied in intensity between different classes of helicopter carriers (each with a different deck design.) The Navy is looking for a solution that will not require extensive modification of current carrier decks. This includes a lot of decks, both the eleven large carriers, and the ten smaller LHAs and LHDs. This is shaping up as another multi-billion dollar "oops" moment, as the melting deck problem was never brought up during the long development of either aircraft. Previously, the Harrier was the only aircraft to put serious amounts of heat on the carrier deck, but not enough to do damage. But when you compare the Harrier engine with those on the V-22 and F-35B, you can easily see that there is a lot more heat coming out of the two more recent aircraft. Someone should have done the math before it became a real problem. Use what NASA uses for the shuttle? Wouldn't cost that much at all |
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The Melting Deck Plates Muddle - V-22 on LHD deck....
On Dec 10, 12:23*am, "Malcom \"Mal\" Reynolds" atlas-
wrote: In article 3f72b032-2be2-4377-a180-01d7a81404fe@d2 1g2000yqn.googlegroups.com, *Mike wrote: StrategyPage.com The Navy is looking for a solution that will not require extensive modification of current carrier decks. This includes a lot of decks, both the eleven large carriers, and the ten smaller LHAs and LHDs. This is shaping up as another multi-billion dollar "oops" moment, as the melting deck problem was never brought up during the long development of either aircraft. Previously, the Harrier was the only aircraft to put serious amounts of heat on the carrier deck, but not enough to do damage. But when you compare the Harrier engine with those on the V-22 and F-35B, you can easily see that there is a lot more heat coming out of the two more recent aircraft. Someone should have done the math before it became a real problem. Use what NASA uses for the shuttle? Wouldn't cost that much at all It is a BIG f-ing "oops", and I think that the Navy's RFP is a little silly. They want a product that doesn't require alteration to the flight deck, is easily applied and repaired, and doesn't cost much. Presumably it has to be environmentally friendly too. It wouldn't surprise me if someone asked for it to be organic as well. I dunno, I'd assume that NASA could provide some expertise there, but whether or not the Navy actually is willing to ask for it is another story. |
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The Melting Deck Plates Muddle - V-22 on LHD deck....
On Thu, 10 Dec 2009 05:46:12 -0800 (PST), Typhoon502
wrote: On Dec 10, 12:23*am, "Malcom \"Mal\" Reynolds" atlas- wrote: In article 3f72b032-2be2-4377-a180-01d7a81404fe@d2 1g2000yqn.googlegroups.com, *Mike wrote: StrategyPage.com The Navy is looking for a solution that will not require extensive modification of current carrier decks. This includes a lot of decks, both the eleven large carriers, and the ten smaller LHAs and LHDs. This is shaping up as another multi-billion dollar "oops" moment, as the melting deck problem was never brought up during the long development of either aircraft. Previously, the Harrier was the only aircraft to put serious amounts of heat on the carrier deck, but not enough to do damage. But when you compare the Harrier engine with those on the V-22 and F-35B, you can easily see that there is a lot more heat coming out of the two more recent aircraft. Someone should have done the math before it became a real problem. Use what NASA uses for the shuttle? Wouldn't cost that much at all It is a BIG f-ing "oops", and I think that the Navy's RFP is a little silly. They want a product that doesn't require alteration to the flight deck, is easily applied and repaired, and doesn't cost much. Presumably it has to be environmentally friendly too. It wouldn't surprise me if someone asked for it to be organic as well. A product that meets your requirement is allum-impregnated teak. I'd be quite astonished if the navy didn't know it, they read history too. Of course, splinters from the stuff are painful and tend to go septic, it costs terribly, . . . . To me, it looks as if they know that they'll have to cut steel but need to do some homework first. I dunno, I'd assume that NASA could provide some expertise there, but whether or not the Navy actually is willing to ask for it is another story. Peter Skelton |
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The Melting Deck Plates Muddle - V-22 on LHD deck....
"Mark Borgerson" wrote in message ... Maybe they need the mil-spec version of the nanoparticle insulating paint: AFAIK, that stuff is snake oil. Vaughn |
#7
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The Melting Deck Plates Muddle - V-22 on LHD deck....
On Dec 9, 11:23*pm, "Malcom \"Mal\" Reynolds" atlas-
wrote: In article 3f72b032-2be2-4377-a180-01d7a81404fe@d2 1g2000yqn.googlegroups.com, *Mike wrote: StrategyPage.com December 2, 2009 The Melting Deck Plates Muddle by James Dunnigan Earlier this year, the U.S. Navy discovered that the heat from the MV-22's gas turbine engines, which blow their exhaust right on to the deck of the LHD while waiting to take off, caused high enough temperatures to the steel under the deck plates, to possibly warp the understructure. This was already a known potential problem with the new F-35B vertical takeoff jet fighter. So now the Navy has two hot new aircraft that require an innovative solution to the melting deck problem. The Navy also discovered that the exhaust heat problem varied in intensity between different classes of helicopter carriers (each with a different deck design.) The Navy is looking for a solution that will not require extensive modification of current carrier decks. This includes a lot of decks, both the eleven large carriers, and the ten smaller LHAs and LHDs. This is shaping up as another multi-billion dollar "oops" moment, as the melting deck problem was never brought up during the long development of either aircraft. Previously, the Harrier was the only aircraft to put serious amounts of heat on the carrier deck, but not enough to do damage. But when you compare the Harrier engine with those on the V-22 and F-35B, you can easily see that there is a lot more heat coming out of the two more recent aircraft. Someone should have done the math before it became a real problem. Use what NASA uses for the shuttle? Wouldn't cost that much at all Yeah except for not walking, parking, raining, hailing or dropping a wrench on the coating it would be great. |
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The Melting Deck Plates Muddle - V-22 on LHD deck....
In article
93ee764a-0400-499b-b519-37e47ef04416@v2 5g2000yqk.googlegroups.com, Richard wrote: On Dec 9, 11:23*pm, "Malcom \"Mal\" Reynolds" atlas- wrote: In article 3f72b032-2be2-4377-a180-01d7a81404fe@d2 1g2000yqn.googlegroups.com, *Mike wrote: StrategyPage.com December 2, 2009 The Melting Deck Plates Muddle by James Dunnigan Earlier this year, the U.S. Navy discovered that the heat from the MV-22's gas turbine engines, which blow their exhaust right on to the deck of the LHD while waiting to take off, caused high enough temperatures to the steel under the deck plates, to possibly warp the understructure. This was already a known potential problem with the new F-35B vertical takeoff jet fighter. So now the Navy has two hot new aircraft that require an innovative solution to the melting deck problem. The Navy also discovered that the exhaust heat problem varied in intensity between different classes of helicopter carriers (each with a different deck design.) The Navy is looking for a solution that will not require extensive modification of current carrier decks. This includes a lot of decks, both the eleven large carriers, and the ten smaller LHAs and LHDs. This is shaping up as another multi-billion dollar "oops" moment, as the melting deck problem was never brought up during the long development of either aircraft. Previously, the Harrier was the only aircraft to put serious amounts of heat on the carrier deck, but not enough to do damage. But when you compare the Harrier engine with those on the V-22 and F-35B, you can easily see that there is a lot more heat coming out of the two more recent aircraft. Someone should have done the math before it became a real problem. Use what NASA uses for the shuttle? Wouldn't cost that much at all Yeah except for not walking, parking, raining, hailing or dropping a wrench on the coating it would be great. Actually I was thinking of what they do at the launch pad during launch, not the tiles on the shuttle |
#9
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The Melting Deck Plates Muddle - V-22 on LHD deck....
On Dec 10, 11:58*pm, "Malcom \"Mal\" Reynolds" atlas-
wrote: In article 93ee764a-0400-499b-b519-37e47ef04416@v2 5g2000yqk.googlegroups.com, *Richard wrote: On Dec 9, 11:23*pm, "Malcom \"Mal\" Reynolds" atlas- wrote: In article 3f72b032-2be2-4377-a180-01d7a81404fe@d2 1g2000yqn.googlegroups.com, *Mike wrote: StrategyPage.com December 2, 2009 The Melting Deck Plates Muddle by James Dunnigan Earlier this year, the U.S. Navy discovered that the heat from the MV-22's gas turbine engines, which blow their exhaust right on to the deck of the LHD while waiting to take off, caused high enough temperatures to the steel under the deck plates, to possibly warp the understructure. This was already a known potential problem with the new F-35B vertical takeoff jet fighter. So now the Navy has two hot new aircraft that require an innovative solution to the melting deck problem. The Navy also discovered that the exhaust heat problem varied in intensity between different classes of helicopter carriers (each with a different deck design.) The Navy is looking for a solution that will not require extensive modification of current carrier decks. This includes a lot of decks, both the eleven large carriers, and the ten smaller LHAs and LHDs. This is shaping up as another multi-billion dollar "oops" moment, as the melting deck problem was never brought up during the long development of either aircraft. Previously, the Harrier was the only aircraft to put serious amounts of heat on the carrier deck, but not enough to do damage. But when you compare the Harrier engine with those on the V-22 and F-35B, you can easily see that there is a lot more heat coming out of the two more recent aircraft. Someone should have done the math before it became a real problem. Use what NASA uses for the shuttle? Wouldn't cost that much at all Yeah except for not walking, parking, raining, hailing or dropping a wrench on the coating it would be great. Actually I was thinking of what they do at the launch pad during launch, not the tiles on the shuttle Ever see photos of the pad, there is a large water tower near it. I think 3 seconds before launch, when engines start up, there is a water infusion into the bucket that thrust goes into. Think multiple streams of water. Sucker lights up, hits the water, massive steam and thrust go out the channels away from the launch pad. That's the big clouds that occur. Makes pad much more reusable. I think Shuttle was first system to use that, could be wrong. Makes entire complex much more reusable. If you can get some old Shuttle launch footage, that's one of the standard shots from NASA and main engine start. Awesome. Lots of plumbing though. |
#10
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The Melting Deck Plates Muddle - V-22 on LHD deck....
On Dec 11, 2:42*am, frank wrote:
On Dec 10, 11:58*pm, "Malcom \"Mal\" Reynolds" atlas- wrote: In article 93ee764a-0400-499b-b519-37e47ef04416@v2 5g2000yqk.googlegroups.com, *Richard wrote: On Dec 9, 11:23*pm, "Malcom \"Mal\" Reynolds" atlas- wrote: In article 3f72b032-2be2-4377-a180-01d7a81404fe@d2 1g2000yqn.googlegroups.com, *Mike wrote: StrategyPage.com December 2, 2009 The Melting Deck Plates Muddle by James Dunnigan Earlier this year, the U.S. Navy discovered that the heat from the MV-22's gas turbine engines, which blow their exhaust right on to the deck of the LHD while waiting to take off, caused high enough temperatures to the steel under the deck plates, to possibly warp the understructure. This was already a known potential problem with the new F-35B vertical takeoff jet fighter. So now the Navy has two hot new aircraft that require an innovative solution to the melting deck problem. The Navy also discovered that the exhaust heat problem varied in intensity between different classes of helicopter carriers (each with a different deck design.) The Navy is looking for a solution that will not require extensive modification of current carrier decks. This includes a lot of decks, both the eleven large carriers, and the ten smaller LHAs and LHDs.. This is shaping up as another multi-billion dollar "oops" moment, as the melting deck problem was never brought up during the long development of either aircraft. Previously, the Harrier was the only aircraft to put serious amounts of heat on the carrier deck, but not enough to do damage. But when you compare the Harrier engine with those on the V-22 and F-35B, you can easily see that there is a lot more heat coming out of the two more recent aircraft. Someone should have done the math before it became a real problem. Use what NASA uses for the shuttle? Wouldn't cost that much at all Yeah except for not walking, parking, raining, hailing or dropping a wrench on the coating it would be great. Actually I was thinking of what they do at the launch pad during launch, not the tiles on the shuttle Ever see photos of the pad, there is a large water tower near it. I think 3 seconds before launch, when engines start up, there is a water infusion into the bucket that thrust goes into. Think multiple streams of water. Sucker lights up, hits the water, massive steam and thrust go out the channels away from the launch pad. That's the big clouds that occur. Makes pad much more reusable. I think Shuttle was first system to use that, could be wrong. Makes entire complex much more reusable. If you can get some old Shuttle launch footage, that's one of the standard shots from NASA and main engine start. Awesome. Lots of plumbing though. One of the professed goals of the system is sound suppression. That's one of the events the crowds come to the launches for---that magnificent roar like the end of the world. |
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