片语

the law of tension-stress张力应力法则

relive tension and stress缓解紧张和压力

tension control stress coefficient张拉控制应力系数

tension control stress张拉控制应力

principle of tension-stress张力

tension-stress effect张应力效应

relieve tension and stress解除紧张疲劳

英汉例句

• Conclusion different tension stress patterns take different effects on the secretion of MMP-9. It may play a very important role in choosing the best orthodontic force in clinic.

  结论不同张应力可引起MMP - 9含量发生明显的变化，对临床上选择最适矫治力可能起到重要的作用。

• Crack top「s tension stress and stress intensity factor caused by thermal stress were computed, structural parameters」 sensitivity analysis were made as well.

  对路面突然降温时的温度场进行了数值模拟，计算了温度应力作用下反射裂缝尖端的拉应力、应力强度因子，并对其进行了参数分析。

• Once it cracked, the tension stress in the arch dam will reduce greatly.

  一旦诱导续开裂，则坝体中的拉应力大为降低。

• The maximum tension stress appears at the base bottom, which is sensitive to thawing settlement.

  路面层底拉应力最大，对融沉变形反映敏感；

• The second kind of these techniques is the ultrasonic impact technique which was used in the welding process in order to reduce the residual tension stress in the welding area of the ship structure.

  第二种是超声波沖击技术，用以减少船舶结构中的焊接区域出现的残余应力。

• The tension stress may induce compression stress.

  拉应力可以诱发压应力的出现。

• The effect of the rolling tension stress on the natural frequencies of the circular saw is discussed and the criterion to evaluate its dynamic behaviour is proposed.

  从理论上探讨了圆锯片受适张度应力作用时固有频率的变化规律，提出了合理的圆锯片辊压适张度评价準则。

• Meanwhile, it is found that the mid-board stress is appropriate with overall compression yet partially with small tension stress through analyzing the results of the completed construction.

  结果分析表明，施工完成后，中墻受力较为合理，表现为整体受压，只有局部有很小的拉应力存在。

• Stress concentration occurs in surrounding rocks, while the maximum tension stress is less than the tensile strength of rock mass, so tensile crack does not take place.

  动荷载作用下地下硐室群围巖出现较大的应力集中，但最大拉应力小于巖体的抗拉强度，地下硐室群围巖不会出现拉裂破坏。

• The results show that the calculations of improving tension stress model are in more agreement than the measured.

  计算结果表明，改进后的张力模型计算结果与工业现场实测结果吻合更好。

• The simulation results show that a tension stress field is produced with mantle lifting up.

  说明了地幔隆起可在盆地区产生拉张环境，正是这种拉张应力场导致了地裂缝的产生。

• Laying certain thickness heated board can reduce the concrete surface tension stress effectively to prevent crack.

  在混凝土表面铺设一定厚度的保温板可以有效的降低混凝土表面的拉应力，防止裂缝的产生。

• The larger tension stress in the hydraulic turbine blades, grain coarsening in the heat-affected zone and the causticity of fluid medium are the major causes of cavitation erosion.

  水轮机叶片有较大的工作应力、热影响区的晶粒粗大以及水介质的腐蚀性是产生机械腐蚀疲劳汽蚀的重要原因。

• Discussed the stress condition of periphery crack's local tension stress field created by compressing stress in far field.

  讨论了远场压应力在裂纹周边附近产生的局部拉应力场的应力情况。

• With the increasing of strip width, the transverse difference of front tension stress decreases firstly, and then increases.

  随着板宽的增加，前张应力沿横向的差距先减小后增大。

• The main tension zone and law of stress distribution are investigated regarding the relative width of diagonal tension stress zone as variable.

  以坝踵主拉应力区相对宽度为变量，探讨了重力坝坝踵主拉应力区的范围和应力分布规律。

• The split process caused by a reflected tension stress wave was reproduced. The simulated phenomena are in good agreement with the experimental results.

  模拟现象与实验结果相符，动态平衡时的应力分布与有限元结果基本一致。

• The result is coherent with the result of quantitative physical simulation, numerical value simulation and the tension stress theory of a rigid plastic mechanical model.

  结果与定性物理模拟、数值模拟及刚塑性力学模型的拉应力理论相吻合。

• The study makes clearly that the crackle spreads are easily produced in the perimeter tension stress area and the area with the high stress central level of the caves.

  研究表明，在硐室的周边拉应力区和应力集中程度高的区域易产生裂纹扩展。

• The distributions of the pressure, the front tension stress, the back tension stress and the exit lateral displacement of each pass are given out.

  得到了各道次单位轧制压力、前后张应力和出口横向位移的分布。

• Under the condition that the tension stress does not arise in the female die inwall, which can be defined as target function.

  以凹模内壁不允许出现拉应力为目标函数，用计算机进行优化设计出组合凹模各圈尺寸，从而获得优于传统计算的最佳设计参数。

• In the unloading case, the tension stress is parallel to the unloading direction.

  而在卸载情况下，巖石中将在缺陷处形成平行于卸载方向的拉应力。

• The analysis results show that, by the end of process the cladding layer is in tension stress state whereas the stress values are varied in different direction.

  分析结果表明，熔覆结束后熔覆层处于拉应力状态，但各个方向拉应力的大小不同。