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Wind Tunnel Testing of a Novel Wingsuit Design

机译:一种新型翅膀设计的风洞测试

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A wingsuit is a special suit that is worn to allow the user to fly after jumping off of a high cliff. The wingsuit creates an airfoil shape by adding wings of material between the arms and the sides as well as a tail consisting of material between the legs. The wingsuit allows for the creation of lift and thus human flying. A new and novel wingsuit design is proposed based on the design of a delta wing aircraft. This new wingsuit has material leading from the side of the head and connecting to the top of the arms, extending the area of the forward wing. Using a mannequin in a wind tunnel, the aerodynamic performance of the new wingsuit will be measured and compared to that of the current wingsuit design. The results show that the redesigned wingsuit had a lower lift-to-drag ratio in most testing scenarios. The decrease in lift-to-drag ratio was due to the combination of an increased lift and a higher increased drag.
机译:翅膀是一种佩戴的特殊西装,以便在跳过高悬崖后允许用户飞行。翼柄通过在臂和侧面之间添加材料的翅膀以及由腿部之间的材料组成而产生翼型形状。翅膀允许创造升力并因此飞行。基于三角翼飞机的设计,提出了一种新的和新颖的翅膀设计。这种新的翼裤具有从头部的侧面引导的材料,并连接到臂的顶部,延伸前翼的区域。在风洞中使用时装模特,将测量新翅膀的空气动力学性能,并与目前的翼形设计相比。结果表明,重新设计的翅膀在大多数测试场景中具有较低的升力比率。升力比率的降低是由于增加的升力和较高的阻力增加的组合。

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