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《Automation & Information Engineering》 2013-01
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Flight Kinematics Modeling and Simulation of Shuttlecock Badminton Based on Four-Coordinate Systems

Zhang Jinghua Wang Renhuang Yue Hongwei (School of Automation, Guangdong University of Technology)  
In order to make the simulation results of shuttlecock flight trajectory be more reliable, the actual structure of the space environment movement equation of shuttlecock must be constructed. A type of shuttlecock with manufacturing parameters is taked as the research background, its flying track can be deduced by using Newton's second law in a four coordinate space. The established equation not only considers the air resistance, moment of inertia and effects of its parameters, but the inherent rotation characteristics produced by magnus force on the influence of its flight path is also considered. The simulation results show that equation of motion in the four systems of shuttlecock can intuitively reflect the influence of its relevant parameters on the flying track.
【CateGory Index】: G847;TP391.9
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