U.S. Army Independently Testing High-Speed Rotorcraft Configurations

Tony Osborne

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U.S. Army Independently Testing High-Speed Rotorcraft Configurations

机译：美国陆军独立测试高速旋翼机配置

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With an eye on its rotorcraft future, the U.S. Army has been quietly performing independent experiments with advanced highspeed rotorcraft configurations. A modular wind tunnel model, the Compound Helicopter Interactional Aerodynamics (CHITA), was developed by the Army's Combat Capabilities Development Command Aviation and Missile Center Technology Development Directorate (CCDC AvMC TDD) in conjunction with NASA to help de-risk future rotorcraft such as the Army's Future Attack Reconnaissance Aircraft (FARA) and the Future Long-Range Assault Aircraft (FLRAA) and even platforms beyond.

机译：考虑到旋翼飞机的未来，美国陆军一直在悄悄地使用先进的高速旋翼飞机配置进行独立实验。陆军作战能力发展司令部航空和导弹中心技术发展局（CCDC AvMC TDD）与NASA联合开发了一种模块化风洞模型，即复合直升机相互作用空气动力学（CHITA），以帮助降低诸如陆军的未来攻击侦察机（FARA）和未来远程突击飞机（FLRAA）甚至其他平台。

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《Aviation Week & Space Technology》 |2020年第8期|42-42|共1页
作者
Tony Osborne;
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收录信息美国《工程索引》(EI);
原文格式 PDF
正文语种 eng
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1. Boeing, U.S. Army Test AVMS Rotorcraft Flight Control System [J] . Rotor & Wing . 2012,第4期

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2. U.S. Army Rotorcraft Research at Ames: New Frontier in Dynamics and Aeroelasticity [J] . Ormiston Robert A., Peters David A. AIAA Journal . 2019,第10期

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3. Integrated corrosion monitoring planned for U.S. Army rotorcraft fleet [J] . Mark Thomson Materials performance . 2009,第4期

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4. Applying Rotorcraft Technology in the New Millennium: U.S. Army RD Flight Test Update [C] . Jeffrey A. Trang, Allen L. Peterson, John Wood 57th AHS Annual Forum Proceedings Vol.2 . 2001

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5. Shroud Effects on Load-Independent Power Loss of High-Speed Rotorcraft Gearing [D] . Hurrell, Michael J. 2020

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7. Civil applications of high-speed rotorcraft and powered-lift aircraft configurations [O] . Albers James A., Zuk John 1987

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U.S. Army Independently Testing High-Speed Rotorcraft Configurations

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