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McDonnell Douglas composite cryotanks-a personal history

机译:麦克唐纳道格拉斯复合冷冻箱-个人历史

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The recent article in this magazine about cryogenic tanks (HPC November 2005, p. 22) brought back memories of my involvement with the same issues, 20 years ago. I was working at McDonnell Douglas in Huntington Beach, Calif, in 1987 and was asked if it was possible to build a reliable composite cryotank for the National AeroSpace Plane program (NASP). The NASP plane was to be powered by a scramjet engine and needed a considerable amount of liquid hydrogen fuel for each flight. Versions of the NASP were even envisioned to carry paying passengers, so the structure had to work very reliably and light weight was mandatory. No one had ever built a composite cryotank except the Russians, who during the 1970s made a tank that was so heavy it wasn't feasible to fly it, plus it leaked badly. So, loving a composites challenge, I gave them a firm "maybe" and was given the job of building a tank pronto because Rockwell and General Dynamics were also in competition for the NASP contract. The carrot here was that the U.S. Air Force would award the NASP contract to whoever could make a working tank first.
机译:该杂志最近发表的有关低温储罐的文章(HPC,2005年11月,第22页)使我回想起20年前我对相同问题的参与。 1987年,我在加利福尼亚州亨廷顿海滩的麦克唐纳道格拉斯公司工作,被问到是否有可能为美国国家航空航天计划(NASP)建造可靠的复合低温容器。 NASP飞机将由超燃冲压发动机提供动力,并且每次飞行都需要大量的液态氢燃料。 NASP的版本甚至可以携带付费乘客,因此该结构必须非常可靠地工作,并且必须轻巧。除了俄罗斯人以外,没有人能制造出复合低温容器。俄罗斯人在1970年代制造的坦克太重,无法飞行,而且泄漏严重。因此,热爱复合材料的挑战,我给了他们一个坚定的“也许”的称号,并被赋予了建造油罐插脚的工作,因为罗克韦尔和通用动力公司也在竞争NASP合同。麻烦的是,美国空军将把NASP合同授予任何首先制造工作坦克的人。

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