1) power-law nonlinear failure criterion
Power-Law非线性破坏准则
1.
Firstly,the power-law nonlinear failure criterion is proposed.
引入Power-Law非线性破坏准则,并根据切线法引入了变量ct、?0,建立了一个统一的容许速度场,通过上限分析得出了主动土压力的计算表达式。
2) nonlinear failure criterion
非线性破坏准则
1.
Plastic limit analysis of slope stability with nonlinear failure criterion;
非线性破坏准则下的边坡稳定塑性极限分析
2.
Slope stability analysis with nonlinear failure criterion;
非线性破坏准则下的边坡稳定分析
3.
Bearing capacity of a strip footing with nonlinear failure criterion;
非线性破坏准则与岩土材料地基承载力研究
3) linear failure criterion
线性破坏准则
1.
Based on the linear failure criterion and associated flow rule,the bearing capacity of a strip footing under action of inclined loads problem was studied by means of the kinematical approach of limit analysis theory.
对均质地基岩土体上条形基础承受倾斜荷载的情况,根据线性破坏准则和相关联流动法则,利用极限分析中的机动法,构建了一个承受倾斜荷载作用的条形浅基础的二维机动许可破坏模式。
2.
On the assumption that the shear strength formula of unsaturated soils is the extension and expansion of the shear strength formula of saturated soils,and based on the linear failure criterion and associated flow rule,the bearing capacity of strip footing on unsaturated soils under the action of ultimate loads is studied by means of the kinematical approach of limit analysis theory.
假定非饱和土抗剪强度公式是Mohr-Coulomb饱和土抗剪强度公式的延伸,根据线性破坏准则和相关联流动法则,构建一个承受竖向荷载的非饱和土地基承载力二维机动破坏模式。
4) parabola failure criterion
抛物线破坏准则
1.
The failure envelopes of dynamic strength of frozen silt under different strain rates resemble each other in shape, namely, obey the parabola failure criterion.
不同应变速率下的动强度包络线呈现相似形式，服从抛物线破坏准则。
5) tensile failure creteria
张性破坏准则
1.
According to tensile failure creteria,stability and sensitivity analysis of surrounding rock were carried out during excavation and support of caverns.
本文简述水电站地下厂房洞室群的工程地质环境，应用张性破坏准则，对洞室开挖及支护全过程进行围岩稳定敏感性分析，为设计提供了依据。
6) temporal fracture criteria
时间性破坏准则
1.
The temporal fracture criteria of material and their intrinsic relationship;
材料时间性破坏准则及其内在联系
补充资料：power
分子式：
CAS号：
性质：是指在单位时间内所做的功或所消耗的功。它的SI单位为W≡J/s；工程单位为kgf·m/s，1kgf·m/s=9.807W；物理单位为erg/s，1erg/s=10-7W。
CAS号：
性质：是指在单位时间内所做的功或所消耗的功。它的SI单位为W≡J/s；工程单位为kgf·m/s，1kgf·m/s=9.807W；物理单位为erg/s，1erg/s=10-7W。
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