疲劳强度计算

  • 网络fatigue strength calculation
疲劳强度计算疲劳强度计算
  1. 桥式起重机偏轨箱形梁疲劳强度计算

    Fatigue strength calculation of bias-railed box girder for OTC

  2. 不同设计规范中的结构疲劳强度计算

    Structure fatigue strength calculation according to different design specifications

  3. LNG船的疲劳强度计算与分析

    Calculation and analysis of LNG ship fatigue strength

  4. 基于模糊理论的混凝土疲劳强度计算模型

    Calculation model of concrete fatigue strength based on fuzzy reliability analysis

  5. 桥式起重机主梁的疲劳强度计算

    Calculation of fatigue strength of main girder of overhead travelling crane

  6. 圆柱螺旋弹簧中的残余应力及疲劳强度计算

    Residual Stress in Helical Spring and Calculation of Fatigue Strength

  7. 这一模块包括了三个方面的内容:尺寸设计、静强度计算、疲劳强度计算。

    It includes three sides : size design ; statically strength calculate ;

  8. 复杂载荷下螺旋弹簧疲劳强度计算

    Calculating the fatigue strength of spiral spring under complex loading

  9. 承受脉动载荷时紧螺栓联接的疲劳强度计算

    Computation for the fatigue strength of tight screw joints under pulsating load

  10. 深井钻柱疲劳强度计算与分析

    Calculation and analysis of fatigue strength of drill string in deep well

  11. 在建立了车辆驾驶室疲劳强度计算的力学和数学模型基础上,提出了车辆驾驶室疲劳强度研究方法。

    A model of calculation for vehicle cab is established .

  12. 船用齿轮齿根弯曲疲劳强度计算

    The calculation for the bending fatigue strength of tooth roots for marine gearings

  13. 压力平衡式三缸泥浆泵曲轴疲劳强度计算和分析

    Fatigue strength calculation and analysis of crankshaft in pressure balanced triplex mud pump

  14. 计入轴瓦变形的曲轴动应力和疲劳强度计算

    Calculation of Dynamic Stress and Fatigue Strength of Crankshaft with Bush Deformation Included

  15. 三缸钻井泵被动轴疲劳强度计算准则

    Design Criterion of Fatigue Strength of the Driven Shaft of Triplex Slush Pumps

  16. 抽油机套筒滚子链条链板疲劳强度计算

    Fatigue strength calculation on chain plate of sleeve roller chain in oil suction pump

  17. 基于摩擦的斜齿轮齿面接触疲劳强度计算

    Calculation Based on Friction between Teeth on Contract Fatigue Strength of Helical Gear Tooth Surfaces

  18. 在随机载荷下构件的动态有限元分析及疲劳强度计算

    Dynamic finite element analysis and fatigue strength calculation of the mechanical parts under random load

  19. 键槽轴段与紧配合轴段疲劳强度计算的应力集中问题

    Stress Concentration Problems on Fatigue Strength Calculation of Shafts Having Keyways or Tight Fit Joints

  20. 螺栓疲劳强度计算的再分析

    More Analysis about Bolt Fatigue strength Calculating

  21. 基于有限元分析的轴的疲劳强度计算方法

    A method for calculating fatigue strength of shafts on the basis of the finite element analysis

  22. 单轴多列多缸内燃机运动学、动力学、平衡及疲劳强度计算

    The Calculations of Kinematics , Dynamics , Balance and Fatigue Strength of Multi-cylinder Multi-bank Single Crankshaft Engine

  23. 本文以行星架为例提供了在不同任务剖面下其所承受的动载荷,为进行疲劳强度计算和寿命预测提供了重要的载荷参考数据。

    Data sections . Important reference data of fatigue design and life prediction for planetary reducer are provided .

  24. 有限元法在标准直齿圆柱齿轮轮齿弯曲疲劳强度计算中的应用

    An Application of Finite Element Method on Bending Fatigue Strength Calculation of the Teeth of a Standard Straight Spur Gear

  25. 自升式平台作为一种重要的移动式平台,在设计初期进行疲劳强度计算是十分必要的,但是现有的疲劳算法各有各的优点,也有不足。

    Fatigue strength calculation is very necessary in the early design of self-elevating platform , a kind of important mobile platform .

  26. 最后对曲轴进行疲劳强度计算、据古德曼经验公式校核曲轴的疲劳强度。

    Finally , I calculate the crankshaft fatigue strength , according to the Goodman formula , checking fatigue strength of crankshaft .

  27. 非稳定变应力下疲劳强度计算的等效循环次数法的修正不同类型螺栓复合拉弯时的疲劳强度研究

    The correction of the method of equivalent cycle number Fatigue Durability Testing of Differently Shaped Screws under Combined Tension and Bending Load

  28. 本文阐明了轴的疲劳强度计算时,在键槽和紧配合应力集中问题上所应有的认识。

    This paper gives a correct explanation of stress concentration on fatigue strength calculation of shafts having keyways or tight fit joiuts .

  29. 通过对铸造焊接式整体桥壳断裂事故分析和桥壳疲劳强度计算,提出了桥壳改进设计意见。

    Through the diagnosis of fracture failure in one-piece axle housing of welded-castings construction and its fatigue strength calculation , some improvement opinions are offered .

  30. 本文针对大型除灰泵曲轴断裂问题,采用最优化方法确定了除灰泵曲轴静强度和刚度以及疲劳强度计算的工况。

    In view of crankshaft damage in flushing packing plunger slurry pump , a method for determination of the condition of static and fatigue strength and rigidity calculation using the optimization is presented is this paper .