slip tension

The floodgate may be regarded as a series system with four main failures modes including slip along the foundation, compression failure of the floodgate toe in the downstream line, tension crack of the floodgate heel in the upper stream and non-uniform stress distributions.

软基上的水闸可看成由4种主要失效模式（沿闸基面的滑动、下游闸趾压坏、上游闸踵拉裂和上下游应力不均匀）所组成的串联体系。

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Schmid value of basal plane increased when sheet was under tension or compression deformation. Therefore, basal slip system became easier to start.

板材在拉压变形时基面Schmid因子增大，基面滑移系在常温下更容易启动。

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The results show that the velocity in dip slip of Qilianshan fault is larger than those in strike slip and tension, and the distribution of velocities along the fault are uneven.

结果表明，祁连山断裂活动速率在断层倾滑方向上明显大于走滑方向和张开方向，而且具有空间分布的不均匀性特征。

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The results show that the four failure modes were ranked from highest to lowest effect: slip along the foundation, non-uniform distributions of stress, tension crack of the floodgate heel in the upper stream and compression failure of the floodgate toe in the downstream line.

由计算结果看出，水闸闸室沿闸基面滑动为水闸的最主要失效模式，上下游应力不均匀、上游闸踵拉裂、下游闸趾压坏为次要失效模式。

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The influences of plate width, tension and screwdown ratio on forward slip were measured using aluminum samples on a350mm experimental rolling mill of Taiyuan University of Science and Technology.

在实验轧机上，应用铝试样实测了板宽、张力和压下率对前滑的影响规律。

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Based on the relative theory of polymer rheology and hydromechanics, the mechanisms of wall slip and surface tension on micro channels are analyzed thoroughly, and two kinds of wall slip boundary conditions are imported according to different mechanisms.

依据聚合物流变学及流体力学的相关理论，深入分析了微小通道中壁面滑移和表面张力的作用机理，并根据不同的作用机理，确定了两种滑移边界条件。

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The basic slope failure pattern of tension fissure-circular surface slip-plane failure is obtained for study of slope failure of flat rock strata by use of double bottom friction model by which the difference in strength of various rocks can be reflected.

采用双层底面摩擦模型，研究近水平岩层边坡破坏模式，能体现出不同岩体在强度上的差异，得到近水平岩层边坡破坏为张裂缝圆弧面平面的边坡滑动破坏的基本模式。

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The influence of crystal orientation on crystal hardening and activity of slip system under uniaxial tension is studied according to the numerical results.

在数值计算的基础上研究了单轴拉伸下晶体的不同取向对单晶体硬化程度和滑移系激活情况的影响。

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