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Two-Speed Rotorcraft Research Transmission Power-Loss Associated with the Lubrication and Hydraulic Rotating Feed-Through Design Feature

机译:双速旋翼轨道研究传输电力损耗与润滑和液压旋转馈电设计功能相关联

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An investigation was completed into the power loss associated with a rotating feed-through (RFT) design feature used to transfer lubrication and a hydraulic control signal from the static reference frame to a rotating reference frame in the NASA GRC two-speed transmission tests conducted in the Variable-Speed Drive Test Rig. The RFT feature, not commercially available, was created specifically for this research project and is integral to all two-speed transmission configurations tested, as well as a variant concept design for a geared variable-speed transmission presented at AHS Forum 71 in 2015. The experimental set-up and results from measurements in the isolated rotating-feed-through (RFT) experiments are presented. Results were used in an overall power loss assessment for a scaled conceptual 1,000 horsepower inline concentric two-speed transmission to support a NASA Revolutionary Vertical Lift Technologies (RVLT) Technical Challenge, demonstrating 50% speed change with less than 2% power loss while maintaining current power-to-weight ratios.
机译:调查完成与相关联的功率损耗的旋转馈通用来传递润滑和从静态参考帧中进行的NASA GRC两速变速器测试的旋转参考系中的液压控制信号(RFT)设计特征变速传动试验台。广播影视功能,而不是市售的,是专门为这个研究项目的创建,并集成到测试的所有双速传动配置,以及变体概念设计在2015年在AHS论坛71提出的齿轮变速传动实验设置和结果在分离旋转-馈通(RFT)实验给出的测量。结果在一个整体的功率损耗的评估被用于缩放的概念1000马力直列同心双速传输,以支持一个NASA革命垂直升降技术(RVLT)的技术挑战,这表明50%的速度变化具有小于2%的功率损耗,同时保持电流功率 - 重量比。

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