Qualitative Verification of Active/Passive Aerodynamic Improvements of Aero-Car

Yung-Lan Yeh
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Abstract

The main point of this paper is to investigate the qualitative verification of aerodynamic improvements of Aero-car. The active and passive improve methods are all considered. The advanced smoke flow visualization system is the main means to verify the vortical structures at the backside. The wake flow, which often causes resistance, is produced because of original structure. The purpose of the aerodynamic improvement in this study is mainly to eliminate or reduce the impact of this kind of structure. Results reveal the size of wake flow is smaller and the structure is also delay to develop. It is helpful for reducing fuel consumption, enhancing flight performance and increasing flight speed.
气动汽车主/被动气动改进的定性验证
本文的重点是对航空汽车气动性能改进的定性验证进行研究。考虑了主动改进和被动改进的方法。先进的烟流可视化系统是验证飞机尾部旋涡结构的主要手段。尾流往往是由于原有结构而产生阻力的。本研究气动改进的目的主要是消除或减少这种结构的影响。结果表明,尾流尺寸较小,结构发展滞后。对降低燃油消耗、提高飞行性能、提高飞行速度有一定的帮助。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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