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Fundamental Study on Baseline Configuration of RLV

机译:RLV基线配置的根本研究

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An experimental study for improving the aerodynamic characteristics of wing-body configuration RLVs has been conducted. The fuselage cross-sectional configurations are isosceles right triangle and square with rounded corners. The models have single-delta wings modified NACA 0010 with 45 deg sweepback angle. The experiments were conducted in a transonic and supersonic wind tunnel at ISAS(Institute of Space and Astronautical Science), JAXA(Japan Aerospace Exploration Agency). Test conditions were as follows: Free stream mach numbers were from 0.3 to 4.0. Angles of attack were changed from -15 deg to 40 deg, but by the limitation of balance load, some cases were tested with up to 15 deg. The experimental results have shown that the model with isosceles right triangle cross-sectional configuration had good aerodynamic characteristics in the region from subsonic to supersonic. i.e. triangle model has better lift coefficient and lift-to-drag ratio than square model.
机译:已经进行了改善翼体配置RLV的空气动力学特性的实验研究。机身横截面配置是等腰右三角形和正方形,具有圆角。该模型具有单ΔWINGS改性NACA 0010,具有45°次扫描角度。在JAXA(日本航空航天勘探机构)的ISAS(太空科学研究所)的跨音和超声波风隧道中进行了实验。测试条件如下:自由流马赫数为0.3至4.0。攻击角度从-15°变为40°,但通过平衡负荷的限制,最多15°的含量测试。实验结果表明,具有等腰右三角形横截面配置的该模型在该区域中具有良好的空气动力学特性,从亚源到超音速。即三角形模型具有比方形模型更好的提升系数和升力比。

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