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Disturbance Rejection Handling Qualities Criteria for Rotorcraft

机译:旋翼飞机的干扰消除处理质量标准

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Aeronautical Design Standard ADS-33E-PRF is lacking in a viable hover/low-speed, short-term disturbance rejection criteria to design and analyze hold modes. The Disturbance Rejection Bandwidth and Peak criteria were developed to fill this gap, have been successfully used for design and analysis on many programs, and will be incorporated in the next revision of ADS-33 (revision F). This paper documents the development of these disturbance rejection criteria, from their theoretical background, to examples of their correlation with the rejection of physical disturbances, to the selection of the DRB boundaries for different hold modes. Simple, single-axis examples are used where appropriate to clearly demonstrate basic concepts. In addition, flight data, including assigned Handling Qualities Ratings, from a variety of sources are used to motivate the location of the DRB boundary values.
机译:航空设计标准ADS-33E-PRF缺乏可行的悬停/低速短期干扰抑制标准来设计和分析保持模式。开发了“干扰抑制带宽”和“峰值”标准来填补这一空白,已被成功用于许多程序的设计和分析,并将被纳入ADS-33的下一个修订版(修订版F)中。本文记录了这些干扰抑制标准的发展,从其理论背景到与物理干扰抑制相关的示例,再到针对不同保持模式的DRB边界的选择。在适当的地方使用简单的单轴示例清晰地展示了基本概念。此外,来自各种来源的飞行数据(包括分配的操作质量等级)被用来激励DRB边界值的位置。

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