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Miniature On-Board Angle of Attack Measurement System for Hypersonic Facilities

机译:超音速设施的微型机载迎角测量系统

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摘要

The most prevalent method of establishing model angle of attack (AoA) in hypersonic wind tunnel facilities is using an encoder in the model support system then calculating sting/balance deflections based on balance output. This method has been shown to be less accurate than on-board methods in subsonic and transonic facilities and preliminary indications, as compared to optical methods, show large discrepancies in a hypersonic facility as well. With improvements in Micro-Electro- Mechanical Systems (MEMS) accelerometer technology more accurate onboard AoA measurement systems are now available for the small models usually found in hypersonic research facilities.
机译:在高超音速风洞设施中建立模型迎角(AoA)的最普遍的方法是在模型支持系统中使用编码器,然后根据平衡输出计算刺痛/平衡挠度。已经证明,该方法在亚音速和跨音速设施中的精度低于车载方法,并且与光学方法相比,初步迹象也表明,在高音速设施中也存在较大差异。随着微机电系统(MEMS)加速度计技术的改进,现在可为高超声速研究设施中通常使用的小型模型提供更精确的机载AoA测量系统。

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