总应力

zǒng yìng lì
  • total stress
总应力总应力
总应力[zǒng yìng lì]
  1. 应力路径为应力点在应力空间的运动轨迹,分为总应力路径TSP和有效应力路径ESP。

    The stress path including the total stress path and the effective stress is the locus of the stress point in the stress space .

  2. 结果表明:当施加到非游离正中神经上的总应力为23g·(mm2)-1时,内部神经纤维的延长达到生理极限;

    The result demonstrated : when the total stress loading on the non-free median nerve was at 23g ( mm2 ) - 1 , the elongation of the internal nerve fibers reached the physiological limit ;

  3. 分析结果表明,二维总应力分析方法定性上能较为合理地给出坝体地震反应情况,Seed简化法直接用于坝体液化分析存在着一些问题,需要进一步改进。

    Comparison shows that program QUAD-4 provides a better analysis qualitatively and the Seed 's method needs to improve for analyzing seismic responses of dam .

  4. 根据Miner线性累积损伤准则,得到总应力循环次数和等效应力;

    Based on the Miner linear cumulative damage theory , gross number of the stress cycles and the equivalent stress are derived .

  5. 通过大型有限元软件ADINA的模拟计算,应用总应力分析和有效应力分析两种方法研究承载力、吸力以及超静孔隙水压力。

    The pullout capacity of the suction caisson is analyzed by using the finite element software ADINA . The study involves total stress analysis and effective stress analysis .

  6. 分析和计算结果表明,在一定的总应力水平的情况下,运用VONMISES模型,仍可望得到和Drucker-Prager模型大体一致的结果,这就为履刺效应的三维分析创造了条件。

    Results of the analysis and calculation show that results via von Mises model are approaching to that coming from Drucker-Prager model on certain total stress level , so that the grouser effect in a three-dimensional space can be analyzed .

  7. 数值结果表明,当应变e12达0.06时,由于纱线夹角的改变导致的应力增加占总应力的25%左右。

    The numerical results show that the increments of stresses due to the changes of angles between yarns are about 25 % of the total stresses while the strain e_ ( 12 ) being about 0.06 .

  8. 固结不排水剪总应力强度指标的几点讨论

    Some Problems About Strength Parameters of Total Stress Under Consolidated-undrained Test

  9. 论固结不排水剪总应力强度指标及其应用

    On total stress strength parameter of consolidated_undrained shear and its application

  10. 抗震液化的总应力合成分析方法

    Total Stress Synthesized Analysis Method for Liquefaction under Seismic Loadings

  11. 非饱和击实膨胀土总应力强度探讨

    Discussion on Shear Strength of Total Stress of Unsaturated Compacted Expansive Soil

  12. 正常固结饱和地基土的总应力强度指标

    Strength indexes of total stress of normally - consolidated and saturated soils

  13. SLOPE/W软件总应力法和有效应力法的应用

    Application of total stress method and effective stress method in SLOPE / W

  14. 大变形有效应力分析退化为总应力分析的新方法

    A new method for reducing large deformation effective stress analysis to total stress analysis

  15. 当汽包压力较大时,汽包总应力与蒸汽压力成近似定比值关系。

    With the relationship , the maximum stress in the drum can be calculated .

  16. 非饱和膨胀土总应力强度的确定方法及其应用

    Approach to Determine the Total Shear Strength of Unsaturated Expansive Soil and Its Application

  17. 堆石坝黏土心墙应力变形的总应力法计算

    A new total stress method for calculation of stress and deformation of core in rock-fill dams

  18. 心墙坝有效应力与总应力算法的对比研究

    Comparing Study on the Total Stress Method and Effective Stress Method of the Core Wall Dams

  19. 基于饱和土总应力强度指标的非饱和土强度理论及其应用

    Unsaturated soil strength theory based on total stress strength indexes of saturated soil and its application

  20. 按有效应力法与总应力法对土压力的计算公式进行了推导与分析,同时与已有文献的实例进行了对比分析。

    The formulae include the methods of effective stress and total stress , which can be widely applied .

  21. 结果对于软骨总应力,两种参数设置的结果之间差异很小。

    Results For the total stress of cartilage , there was no remarkable difference between two parameter configurations .

  22. 温度应力在井壁总应力的比重随着底含水位降的增加而减小;

    The ratio of thermal stress in total stress decreases with the draw - down of bottom aquifer .

  23. 模具在进行第二次线切割时表面产生的附加拉应力与材料已存在的内应力相叠加,其总应力超过了材料的抗拉强度,导致裂纹沿碳化物脆性开裂。

    The resultant stress will exceed the tensile strength of the material , and caused the brittle cracking .

  24. 固结应力和应力路径对粘性土固结不排水剪总应力强度指标的影响

    Influence of Consolidation Stress and Stress Path on Total Stress Intensity Index of Cohesive Soil with Consolidated Undrained Shear

  25. 总应力分析中,比较了不同长径比沉箱受拉和受压时的承载力、地基塑性区开展以及破坏模式。

    The failures with pullout load and compress load is compared in different aspect ratio In total stress analysis .

  26. 此外,对于基坑开挖采用总应力法分析时,应按卸载总应力强度指标计算。

    Furthermore , the unloading shear strength parameters should be applied when using total stress method to analyse excavation problems .

  27. 但拟静力分析和动力分析至今沿用总应力法。

    However , not only pseudo-static analysis but also dynamic analysis were accompanied with total stress method up to date .

  28. 随初始含水量的增大,总应力指标始终小于相应的有效应力指标;

    With the increase of initial moisture content , total stress indices are always smaller than corresponding effective stress indices .

  29. 微动脉自律运动能导致周期性的淋巴形成,间质总应力在这一过程中起着重要作用;

    Arteriolar vasomotion can periodically result in lymph formation and interstitial total pressure plays an important role in this procedure ;

  30. 当应变很大时,大变形法和小变形法计算的沉降和孔压差异很大。因此,大小变形法分析结果的比较应采用总应力法。

    So the comparison of large strain method and small strain method should be carried out with total stress method .