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Design and construction of an open-circuit wind tunnel with specific measurement equipment for cycling

机译:具有特定测量设备的循环风隧道的设计与施工

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In order to overcome resistance a cyclist has to deliver a total power output of which 90% is necessary to overcome the aerodynamic drag [1,2]. In order to perform research in this aerodynamic drag a wind tunnel has been built by the Belgium company Flanders' Bike Valley. This wind tunnel is designed using classical design rules and with specific cycling requirements an open-circuit wind tunnel is designed. This wind tunnel, containing a test section in which two cyclist can be positioned in succession, contains three main measurement systems to investigate the aerodynamic drag of a cyclist. A balance is used for the measurements of aerodynamic forces acting on the model, a bikefitting test is included to have a perfect fit between cyclist and bike and finally a PTV system is installed to investigate the flow behaviour.
机译:为了克服电阻,骑自行车者必须提供总功率输出,其中90%是克服空气动力学阻力所必需的[1,2]。为了在这种空气动力学中进行研究,拖动风洞由比利时公司佛兰德斯的自行车山谷建造。这种风洞采用经典设计规则设计,设计了特定的循环要求,设计了开路风洞。这种风洞,包含两个骑自行车者可以连续定位的测试部分,包含三个主要测量系统,以研究骑自行车者的空气动力学阻力。平衡用于测量作用在模型上的空气动力,包括骑自行车的人和自行车之间的完美配合,最后安装PTV系统以研究流动行为。

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