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Re: All metal Mosquito ??
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Have you considered termites, beetles, worms, fungus? Maybe the RAF could save some coin by building a fleet of Eurofighter Typhoons made of less expensive stealthy materials, like balsa-wood. |
Re: All metal Mosquito ??
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The other problem with wood or any composite aircraft is surface heating at high speed. You need a heat shield or sacrificial surface to protect the temperature sensitive structure. Aluminium is not much better which is why Titanium is used a lot. |
Re: All metal Mosquito ??
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Re: All metal Mosquito ??
I thought Roddis did the plywood?
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Re: All metal Mosquito ??
The Americans were consultants at Mosquito manufacturing process although the British not necessarily want to remember about it today. Three Mosquitos were tested throughout the war in the USAAF R&D center at Wright Field.
What is mentioned above is a special veneer for aviation industry, not a plywood. The forumers many times do not differentiate plywood from veneer in airframe construction. In interwar period and during WWII the Americans were the world's leaders in plasticized veneers, molding technologies (Duramold process) and the autoclaves for an airframe construction -- pioneer autoclaves as known today for the GRP- or carbon-made airframes. For example, there was a feasibility study done during WWII to manufacture all-wood P-39 fighter. As it was counted then all-wood P-39 would be close to 10mph faster than its all-metal counterpart. There was also a plan to manufacture all-wood SBD Dauntless dive bombers. In period American opinion properly built wooden aircraft has a longer cruising range, is faster and can carry a heavier payload. When it comes to Mosquito -- the best materials on its manufacturing were published during WWII. I recommend to read an interesting and well-illustrated article "It's The Skin" by Professor Nicholas J. Hoff -- the Air Progress monthly, Vol. 3 No. 3, September 1943. |
Re: All metal Mosquito ??
That's great info - many thanks, will try to find that article.
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Re: All metal Mosquito ??
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Writing his article on Mosquito Professor Nicholas J. Hoff foresaw very well such discussions as can be seen over here. He wrote among others: "That wood construction can compete with and even surpass metal construction may seem strange to the nonspecialist in aircraft engineering." |
Re: All metal Mosquito ??
Graham - its hard to say as rivets are an often unaccounted for component of weight for metal fabrication.
Having said this I have long been out of the industry and my only experience with non-metal fabrication components was with 1960-70's composites and never wood construction. It is intriguing to me to visualize re-designing an existing conventional airframe to employ spruce versus 2024 or 7075, especially in the case of shear load transfer for both panels and beams, where the adhesives replace rivets and fasteners. |
Re: All metal Mosquito ??
Re: post #31 and strange wording "balsa-ply-balsa".
We do have misunderstanding in this case. For the Mosquito airframe it was "ply-balsa-ply". Below you can see one of illustrations of Professor Nicholas J. Hoff's article mentioned. http://img143.imageshack.us/img143/6770/11875863.jpg Uploaded with ImageShack.us |
Re: All metal Mosquito ??
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