片语

contact compressive stress接触压应力

contact normal stress接触正应力

contact compression stress接触压应力

contact surface stress transmission界面应力传递

allowable contact unit stress容许单位接触应力

surface contact fatigue stress表面接触疲劳强度

contact impact stress沖击接触应力

contact shear stress接触剪应力

contact t stress接触应力

英汉例句

• calculation model of pin-on-disc substantial contact was established and calculation formula of contact stress was deduced.

  建立了销盘实体接触的计算模型，并推导出接触应力的计算公式；

• the remarkable changes of contact stress of patellofemoral joint, the cartilaginous degeneration, and matrix proteoglycan loss not found in the lateral cartilaginous side of patella.

  而髌骨外侧面软骨接触压力无明显改变，软骨变性不明显，蛋白多糖含量无明显减少。

• in order to decrease the maximum contact stress be tween roller and journal in the rock-bit main cylindrical roller bearing system , the curvature-changing structure can be adopted in it.

  为了降低大圆柱滚子与牙爪轴颈之间的峰值接触应力进而提高牙轮鉆头滚动轴承系统的工作性能，可以在大圆柱滚子轴承中实施变曲率结构方案。

• the plane stress theory is applied to analyze the contact stress between cast track and roll wheel.

  采用平面应力理论来分析滚轮与轨道的接触应力问题。

• the formulae of contact stress and sliding velocity of solid-lubricated ball bearings are deduced by hertzian contact theory and kinematics of ball bearing.

  根据赫兹接触理论和运动学基本原理，推导了固体润滑球轴承的接触应力和滑动速度公式。

• the elasticity module of adi is lower than that of steels, so that the surface contact stress borne by adi gears during working process would be lower than steels.

  奥贝球铁材料的弹性模量比钢小，因而奥贝球铁齿轮工作时受到的表面接触应力比钢齿轮小。

• the distribution of the contact stress of fg is obtained in the different meshing locations during the meshing.

  获得了在啮合过程中不同的啮合位置面齿轮的接触应力的分布规律。

• the contact stress is reduced, the life of the wheel, roller and bearings is prolong, it makes autocontrol easy and increases rotate speed of kiln.

  降低了接触应力，提高了轮带、托轮和轴承的寿命，便于实现自动控制和提高窑的转速。

• and the influences of gear parameters and friction on the contact stress have also been evaluated.

  并通过计算定量地分析了各齿轮参数及齿面摩擦对接触应力的影响。

• the influence of the variable ratio on the slip and contact stress is also discovered.

  揭示了速比变化比值对齿面滑移及齿面接触应力特性的影响。

• based on the fundamental principles of the pseudocaustics method and the photo-elasticity method, another method is proposed for tackling the plane contact stress of elastic body.

  本文从伪焦散线法和光弹性法的基本原理出发，提出解决弹性体平面接触应力的另一种方法。

• after calculating with finite element method and photoelastic-test, it shows that the contact stress distribution is not in keeping with the formulas given by some bearing hand books and textbooks.

  通过有限元计算及光弹性实验，结果证明，滚针轴承的接触应力分布与轴承手册和教科书中所给出的公式不符。

• according to the calculation results, the fatigue life of gears is calculated by limited life design theory and the contact stress and fatigue life are obtained.

  根据计算结果，应用齿轮有限寿命设计理论对齿轮疲劳寿命进行计算，得到齿轮的接触应力和疲劳寿命。

• in this paper, the influence of centres tolerance on the contact area, contact stress distribution, and tooth bending stress in circular arc gears is analysed.

  圆弧齿轮对于制造误差比较敏感，本文首次计算分析了中心距误差对双圆弧齿轮瞬时接触区、接触应力分布和轮齿弯曲应力的影响。

• this article presents an analysis of the contact stress of rolls in two-cross-roll straightener and gives a method for the calculation.

  在实践的基础上对二辊矫直机辊面接触应力的计算进行了理论分析，给出了辊面接触应力的计算方法。

• in this paper, an electric device is proposed to measure contact stress on the sealing surface of sealing elements.

  介绍了西北工业大学研制的密封面接触应力的电测装置。

• it shows that the best hollowness ratios are 42% for the equivalent stress and 50% for the contact stress respectively.

  计算结果表明：对于等效应力，滚柱轮的最佳空心度为42%；对于接触应力，滚柱轮的最为合理的空心度为50%。

• this paper analyses the contact stress between the rollers and the outer track of roller bearing in detail, and then concludes the contact stress of all kinds of the bearing rollers.

  本文就三牙轮鉆头滚动轴承滚子与外圈之间的接触应力进行了详细的分析，得出各种类型轴承滚子的接触应力分析情况。

• based on the theory analysis of the equal contact stress inner curve, the experiment research is discussed, and the project of experiment is also designed.

  在理论分析等接触应力轨道曲线的基础上，对试验研究进行了探讨，并设计了相应的试验方案。

• by using finite element method, the equivalent stress and contact stress in the danger zone under different hollow sizes are calculated.

  采用有限元分析方法，对不同空心度下的滚柱轮最危险区域的等效应力和接触应力进行了详细计算。

• by using the tooth edge contact analysis and finite element method, the maximal stretched stress, maximal compressed stress and tooth surface contact stress of the hypoid gear are analyzed.

  利用有限元和边缘接触分析方法，讨论了上述方法设计出的齿轮副齿根最大拉伸应力、齿根最大压缩应力以及齿面接触应力的变化；