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A novel method for simultaneous measurement of internal and external hydrodynamic force of self-propelled robotic fish

机译:一种新型方法,用于同时测量自推进机器人鱼类的内外水动力力

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Hydrodynamic investigation of carangiform robotic fish has been carried out by using a novel experimental method. The laboratory robotic fish model which follows an exact replica of Saithe, is self-propelled on a servo towing system. The forward towing speed is determined by the fluid force acting upon the robotic fish, as the fish undulate its body in the water. The importance of the self-propelled method which allows for simultaneous measurement of internal and extern force and flow analysis of robotic fish has been demonstrated in the hydrodynamic experiment.
机译:采用新型实验方法进行了碳状机器人鱼类的流体动力学研究。遵循Saithe精确的复制品的实验室机器人鱼类模型在伺服牵引系统上是自推进的。正向牵引速度由作用在机器人鱼上的流体力决定,因为鱼在水中波动其身体。在流体动力学实验中,已经证明了允许同时测量机器人鱼类和郊外力和流动分析的自推进方法的重要性。

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