结果持续高强度应力积累作用于胫骨超过生理载荷能力时，即会出现胫骨疲劳，继而发生胫骨疲劳骨折。
Results When continual stress got together to act on tibia bone which exceed its physiological load tibia bone will fatigue, then fatigued fracture will take place.
计算了1893年以来在断裂带南东段(相对闭锁段)的应力积累，示出相应的最大剪应力和流体静应力等值线图。
The stress accumulation in the southeastern segment of the fault since 1893 has been calculated, and the corresponding contours of maximum shear stress and hydrostatic stress are shown.
模具组织中存在不均匀带状分布的碳化物是产生断裂失效的内在原因，而模具在冷挤压成型过程中形成的应力积累是导致模具断裂失效的外在诱因。
The existence of uneven carbide belts is the inner reason of fracture failure and the stress accumulation during the process of cold extruding is its external incentives.
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