UC知道翻译成中文 翻译要精准一点 谢谢
来源：百度知道 编辑：UC知道 时间：2024/05/24 05:33:01
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These data on the effect of various design features on the cushioning characteristics of running shoes should prove useful to people interested in designing span shoes or in selecting from the variety of products currently on the market. When these data are combined with the data presented by Clarke et al. in Chapter 10 nn the effects of design parameters an rearfoot control, a few rcc:ammendations ran be made.
When choosing a shoe with more cushioning, picking a thickersoled shoe is a wiser choice than a softer shoe. Thicker soles have no effect an maximum pronation, but increased thickness Can increase cushioning significantly. Choosing a softer rather than thicker sole,however, would mean significantly less rearfnnt control. The optimal
combination of rearfoot control and cushioning occurs in thickly styled shoes with a 35 durnmeter midsoielwedge, flared to 15 degrees.
Not surprisingly, this is Close to the characteristics of the average
These data on the effect of various design features on the cushioning characteristics of running shoes should prove useful to people interested in designing span shoes or in selecting from the variety of products currently on the market. When these data are combined with the data presented by Clarke et al. in Chapter 10 nn the effects of design parameters an rearfoot control, a few rcc:ammendations ran be made.
When choosing a shoe with more cushioning, picking a thickersoled shoe is a wiser choice than a softer shoe. Thicker soles have no effect an maximum pronation, but increased thickness Can increase cushioning significantly. Choosing a softer rather than thicker sole,however, would mean significantly less rearfnnt control. The optimal
combination of rearfoot control and cushioning occurs in thickly styled shoes with a 35 durnmeter midsoielwedge, flared to 15 degrees.
Not surprisingly, this is Close to the characteristics of the average
推荐 关于各种各样的设计特点的作用的These数据对跑鞋的缓冲的特征应该证明有用对对当前挑选感兴趣的对设计间距鞋子或人从产品品种在市场上。 当这些数据与Clarke等提出的数据结合在第10章nn设计参数的作用rearfoot控制，一些rcc ：ammendations跑了被做。 选择与缓冲的When一双鞋子，采摘一双thickersoled鞋子比一双更软的鞋子是一个更加明智的选择。 更加厚实的鞋底没有作用一个最大内旋，但是增加的厚度可能增加重大缓冲。 选择一软而不是脚底，然而，将极大更加浓厚意味较少rearfnnt控制。 优选 rearfoot控制和缓冲的combination在与35 durnmeter midsoielwedge的厚实地被称呼的鞋子发生，飘动对15度。
毫不奇怪，这是接近为今天训练通常穿的平均鞋子的特征，虽然有一个干扰的倾向近年来往更加浓厚soled设计的发展更软宁可。 这些更软的soled设计也许是美好的为许多赛跑者，但是他们协会也许有在他们的训练鞋子需要好rearfoot控制的那些赛跑者的消极后果。
Similar推荐应该为赛跑没有损失的低重量缓冲是宗旨的鞋子举行。 也许是可能的，然而，优化渴望舱内甲板设计每进一步与有一点更加稀薄和有一点将照亮鞋子，当维护缓冲， rninimaily妥协的rearfoot时控制的更软的鞋底。这些数据表明只这样方法也许是卓有成效穿上鞋子设计师，但是一种经验主义的方法仍然必要。