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首页> 外文期刊>Key Engineering Materials >Experimental Study of Evaluating Bio-mechanical Characteristics of Cushioning System Using Nano-shock Absorption Pocket
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Experimental Study of Evaluating Bio-mechanical Characteristics of Cushioning System Using Nano-shock Absorption Pocket

机译：纳米冲击波吸收袋评价缓冲系统生物力学特性的实验研究

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摘要

This study developed and evaluated a shoe cushioning system to reduce impact force patterns during running. The shoe cushioning system is composed with a polyurethane pocket, which contains water and porous grains to absorb the force against the weight inside the pocket. Load-displacement curves for the shoe cushioning system were obtained from an instrumented testing machine and the results were compared with various pockets that have air, water or grains. Mechanical testing showed that the pocket with 5 g particles was the best for the shoe cushioning system. This founding will be helpful to designing the shoe.
机译：这项研究开发并评估了鞋垫系统，以减少跑步过程中的冲击力模式。鞋垫系统由一个聚氨酯袋组成，该袋中装有水和多孔颗粒，以吸收抵抗袋中重量的力。鞋缓冲系统的载荷-位移曲线是从一台仪器测试机上获得的，并将结果与​​带有空气，水或谷物的各种口袋进行了比较。机械测试表明，具有5 g颗粒的口袋是鞋垫系统的最佳选择。这一发现将有助于设计鞋子。

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