采用橡胶制成，底部为发泡层，从而可减少脚步及腿部疲劳。
Made by rubber, effervesce layer to reduce the fatigue of the foot and legs.
使用有限元分析测定的关键部位格林-拉格兰奇应变评价橡胶部件的疲劳破坏参数。
The Green-Lagrange strain at the critical location determined from the finite element analysis was used for evaluating the fatigue damage parameter of the rubber components.
针对带式输送机输送带接头的强度以及寿命测试的需要，设计了橡胶带疲劳性能测试实验台。
According to the need of strength and life test for the conveying belt junction from belt conveyor. Design this experiment platform for the weary performance test of the rubber belt.
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