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Improvement of the Aerotrain Aerodynamic Performance by Controling Wing Interactions

机译：通过控制翼相互作用改善航空发动机性能

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Donghee YOON; Hideo WATANABE; Yasuaki KOHAMA; Satoshi KIKUCHI;
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年度 2004
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1. Improvement of Aerodynamic Performance of the Aero-Train by Controlling Wing-Wing Interaction Using Single-Slotted Flap [J] . DONG-HEE YOON, YASUAKI KOHAMA, SATOSHI KIKUCHI, JSME International Journal. Series B, Fluids and Thermal Engineering . 2006,第4期

机译：通过单缝襟翼控制机翼与机翼之间的相互作用，改善飞机的气动性能
2. Improvement of the aerodynamic performance by wing flexibility and elytra-hind wing interaction of a beetle during forward flight [J] . Tuyen Quang Le, Tien Van Truong, Soo Hyung Park Journal of the Royal Society Interface . 2013,第85期

机译：甲虫在向前飞行期间的机翼柔韧性和后翅与机翼的相互作用改善了空气动力学性能
3. Influence of wing angle of attack and relative position on the aerodynamics of aerotrain: [J] . Chenguang Lai, Boqi Ren, Yuting Zhou Advances in Mechanical Engineering . 2017,第8期

机译：攻击翼角的影响及相对位置对航空气动气体动力学的影响：
4. Prediction and Improvement of Propulsive Performance of Wing Sails Considering Their Aerodynamic Interaction [C] . Takahiro Miyasaka, Takuji Nakashima, Yasunori Nihei, International offshore and polar engineering conference . 2013

机译：考虑翼型气动相互作用的翼帆推进性能预测与改进
5. Understanding and Improvement of eVTOL UAV Performance through High-Fidelity Analysis of Interactional Aerodynamics [D] . Misiorowski, Matthew P. 2019

机译：通过互动空气动力学的高保真分析，了解和改进Evtol无人机性能
6. Improvement of the aerodynamic performance by wing flexibility and elytra–hind wing interaction of a beetle during forward flight [O] . Tuyen Quang Le, Tien Van Truong, Soo Hyung Park, 2013

机译：甲虫在前飞过程中的机翼灵活性和鞘翅与后翅的相互作用改善了空气动力学性能
7. Improvement in Performance of Aerotrain by Controlling Side-Wing/Wing Interaction [O] . Hideo WATANABE, Fukuo OHTA, Satoshi KIKUCHI, 2003

机译：通过控制侧翼/翼交互来改善航空枢纽的性能
8. Subsonic investigations of vortex interaction control for enhanced high-alpha aerodynamics of a chine forebody/Delta wing configuration [R] . Rao, Dhanvada M., Bhat, M. K. 1992

机译：涡旋相互作用控制的亚音速研究，用于增强中前体/三角翼配置的高α空气动力学

Improvement of the Aerotrain Aerodynamic Performance by Controling Wing Interactions

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