剪切操作通常是打包和运输之前的最后一道工序，是工厂满负荷运转时的瓶颈环节。
The operation, usually the last before packing and shipping, represented a bottleneck when the plant was operating at full production.
模型成功地被证实并使用于模仿在剪切和双轴向负荷下反应程度依时间变化的组织工程纤维环。
The model was successfully validated and used to simulate time-varying responses of engineered AF under shear and biaxial loading.
过大的局部超负荷超过轧辊外层的抗剪切强度时则会引发裂纹。
High local loads at leading edges, cobbles or doubling of the strip end (tail end pinching), exceed the shear strength of the shell material and initiate the crack.
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