1) Bishop's Simplified Method
毕肖普简化法
2) simplified Bishop method
简化毕肖普法
1.
the Sweden Arc method and simplified Bishop method, which are often used in the current code, are compared in theory and the practical engineering case.
通过对比分析现行规范中常用的瑞典圆弧法和简化毕肖普法的优缺点,并以实际工程案例佐证,推荐适合于软土地基海堤稳定分析的方法。
3) simplified bishop slice method
简化毕肖普条分法
4) Bishop method
毕肖普法
1.
The application of Bishop method and finite difference method in slope stability analysis;
毕肖普法和有限差分法应用于边坡稳定性分析
2.
The determination of stability safety factor of high slope rock-fill embankment using Bishop method;
毕肖普法确定高边坡填石路堤稳定安全系数
3.
A numerical computational methods is adopted,Bishop method in reliability analysis method of slope is combined,the variability and uncertainty of the soil parameter is considered,a method which using JC methods in the general reliability calculation methods to get the indexs of the reliability in implicit function is discussed in details.
引入数值求解方法,结合边坡稳定性分析方法中的毕肖普法,考虑土性参数的变异性和不确定性,详细论述了用常规可靠度计算方法中的JC法求解功能函数为隐函数的可靠度指标问题。
5) Bishop
[英]['bɪʃəp] [美]['bɪʃəp]
毕肖普条分法
1.
Application of Bishop to Deep Foundation Pit Engineering;
毕肖普条分法在深基坑工程实例中的应用
6) bishop'ssimplified method of slice
比肖普简化切片分析法
补充资料：计划简化法
计划简化法
planning by simplification
计tIJ简化法(planning by simp一ifieation)将问题抽取成简单的形式，在解决了这些简单形式的问题后，再用其答案去指导解决原初的、更复杂的问题。例如，有以下五个等式，要求求出x与Y的函数关系: R一22 X=R+3ZM=3L+6 Y=M+l R一3乙 为了解决这一问题，可以把这些等式表达为各变量间的连接形式，即R一Z，X一R，M一L，Y一材，R一。这样，很容易发现X与Y的连接通路是:X--R一L一M一Y，因而导致问题的迅速解决。 (谭立海撰粤瑞赞审)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条