strength reduction factor的例句大全

the result of sensitivity analysis for yield strength reduction factor and coordination coefficient indicates that the influence on useful life of reinforced concrete beam bridges by selecting different parameters is greater than carrying capacity.

对钢筋屈服强度降低系数和钢筋混凝土协同工作系数进行了敏感分析，认为采用不同系数对使用寿命预测的影响远大于对承载力预测的影响。

analysis on strength reduction factor of axially loaded r. c. column reinforced by increasing section area

钢筋混凝土轴心受压柱增大截面加固中的强度折减系数取值分析

( 3) The strength reduction method based on FLAC can be adopted to analyze the stability of soil nailing wall, calculate the safety factor, and predict the sliding plane position when the wall is ruined.

采用基于FLAC的强度折减法可以对土钉墙进行稳定性分析，得到安全系数以及发生破坏时的滑移面位置。

Slope safety factor by methods of particle flow code strength reduction and gravity increase

颗粒流强度折减法和重力增加法的边坡安全系数研究

Four degree-of-freedom completely coupled method is used for coupled analysis of the rock slope, and the safety factor of the rock slope is calculated by use of the strength reduction FEM.

用裂隙岩体渗流与应力耦合分析的四自由度全耦合法对岩质边坡进行耦合分析，通过强度折减有限元法求解岩体边坡的稳定安全系数。

The shear strength parameters are reduced than those were not under the cyclic load. And under the same cyclic load, the reduction factor of cohesion is larger than the reduction factor of the angle of internal friction.

经过循环荷载作用的抗剪强度参数均比未受循环荷载作用的指标有所折减，而且在相同循环荷载的作用下，粘聚力折减系数比内摩擦角折减系数大。

In addition, considering that DDA could accurately solve the tangential sliding force, the reasonable factor of safety could be obtained by combining strength reduction method.

同时，鉴于DDA方法能够精确地求解切向滑动力，结合强度折减法能够获得比较合理的安全系数。

cia reduction factors for the material safety factor, short-term strength

材料安全因子，短期强度

Furthermore, with improved limit equilibrium method and strength reduction technique, the influence of dynamic seismic coefficient upon slope safety factor and critical slide surface of high earth and rockfill dams is analyzed.

然后利用改进的极限平衡法和强度折减法分析了地震动态分布系数对高土石坝坝坡抗震安全系数和临界滑动面的影响。

The structural influencing coefficient includes ductility reduction factor and over strength factor.

结构影响系数主要包括延性折减系数和超强系数.

The differences of safety factor quantity, slip surface shape and location between stability method based on slip surface FE stress and shear strength reduction method are compared and studied.

比较研究滑面应力分析法与强度折减法在安全系数大小及滑动面形状和位置的差异。