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Thin flat internal strain gauge balances for testing slab delta wing models at hypersonic speeds

机译:薄型扁平内部应变仪天平,用于以高超声速测试平板三角翼模型

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Details of a 2.5 mm thick, 3-component balance and a 4 mm thick, 6-component balance, which can be housed inside thin slab delta wing models are given. The 3-component balance has been used to generate data on aerodynamic characteristics of slab delta wing models in the pitch plane and to demonstrate the considerable amount of interference introduced by lee-side housings used in conjunction with regular balances (which cannot be housed inside the slab delta wing model), not only at small incidences but also at incidences where the housings are supposed to be completely in the aerodynamic shadow of the wing. Some of these aerodynamic data which have been obtained at M=8.0, in the 200 mm hypersonic pressure-vacuum blow-down wind tunnel of Indian Institute of Science, Bangalore, are presented.
机译:给出了2.5毫米厚的3分量天平和4毫米厚的6分量天平的详细信息,这些天平可以容纳在薄板三角翼模型中。 3分量天平已用于生成关于俯仰平面中平板三角翼模型的空气动力学特性的数据,并证明了与常规天平一起使用的背侧机壳会带来相当大的干扰(不能将其容纳在机舱内)。平板三角翼模型),不仅在较小的入射角处,而且在假定壳体完全处于机翼空气动力学阴影中的入射角处也是如此。介绍了一些空气动力学数据,这些数据是在班加罗尔印度科学研究所的200毫米高超声速压力-真空吹扫风洞中以M = 8.0获得的。

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