Computational Simulation and Analysis of Rhythmic Gymnastics Jump
A computational modeling and simulation method for rhythmic gymnastics jump based on sport biomechanics was improved. Taking arched jump as example, the entire jump phase was seperated into four parts: taking off from bending the knees, airborne, posturing and landing. Then the formulas were developed for modelling. Finally, computational simulation experiment was done with the formulas. The simulation outcomes showed that this method is effective in rhythmic gymnastics jump analysis.
modelling simulation sport biomechanics rhythmic gymnastics
Jia HAN Chunying HAN
Physical Education and Coaching Department Shanghai University of Sport Shanghai, China Physical Education Department Xinjiang Normal University Xinjiang, China
国际会议
太原
英文
120-122
2010-10-22(万方平台首次上网日期,不代表论文的发表时间)