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Prediction of energy efficient pedal forces in cycling using musculoskeletal simulation models

机译:使用肌肉骨骼模拟模型预测循环循环中的节能踏板力

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A biomechanical simulation model was developed to analyze energy efficient pedal forces in cycling. With a genetic optimisation algorithm muscle activation has been optimized in order to minimize metabolic energy consumption. Results show that the established mechanical definition of the Index of Efficiency is not appropriate to quantify pedaling technique, because it is not in agreement with metabolic efficiency of the biomechanical system.
机译:开发了一种生物力学仿真模型来分析循环中节能踏板力。通过遗传优化算法,已经优化了肌肉激活,以最大限度地减少代谢能耗。结果表明,效率指标的建立机械定义是不合适的量化踩踏技术,因为它不与生物力学系统的代谢效率一致。

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