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.
根据X型圆管相贯节点的破坏模式，总结了相对应的三种分析模型环向模型、冲剪模型和剪切模型。
Based on the breakage mode of circular tubular X-joints, three analytic models are summarized: round-direction model, clash-cut model and cut model.
研究表明，利用微波固化环氧胶时，不仅固化时间短，而且剪切强度优于加热固化。
The result showed that, in comparison with cure by heating, the microwave curing was much faster and obtained better shear strength.
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