Determination of slip surface in slope based on theory of slip line field

Analysis of slope slip surface by three-dimension finite element method

边坡滑动面三维空间有限元分析

Finite element analysis of soil slope based on circular slip surface assumption

圆弧滑动有限元土坡稳定分析

A study on determination methods of critical slip surface and minimum safety factor

边坡监界滑动面及其最小安全系数确定方法之研究

A new global optimization algorithm for analysis of non-circular slip surface

一个新的非圆弧滑动全局最优化算法

Theoretical Analysis of Geotechnical Space Slip Surface and General Shear Strength

岩土空间滑动面和抗剪强度的理论分析

Block theory method for determination of slope slip surface and its stability analysis

确定边坡潜在滑面的块体理论方法及稳定性分析

According to the failure mode and shape of slip surface of soil slope and based on limit equilibrium theory, a new searching model was put forward to determine the critical slip surface of soil slope.

根据土质边坡的破坏模式及滑移面形状，由极限平衡理论，提出一种新的确定边坡最危险滑移面搜索模型，对土质边坡滑移面位置及安全系数空间分布进行分析与研究。

Search model of slip surface and stability analysis of multi-step slope

多阶边坡滑移面搜索模型及稳定性分析

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。

Specimen preparation, testing methods, well-bonded fiber, bridging fiber, broken fiber, residual stress, stress transfer, interface slip and friction shear stress were described in details.

从试样制备、测试方法、完整粘接纤维、搭桥纤维、断裂纤维、残余应力、应力传递、脱粘界面滑移、摩擦剪应力等方面进行详述。

The shear strengths of slip soils is the stress of the test study, which involves peak shear strength ( fully softened shear strength) and residual shear strength.

其中，滑带土的强度特性是本次研究重点，包括峰值强度（完全软化强度）和残余强度。

Grain rotation which produces crack on the grain boundary was caused by force couple because slip is obstructed and stress concentrated on the grain boundary;

滑移在品界受阻产生应力集中并产生力偶使晶粒发生相对转动，从而在品界产生裂纹；

On basis of the wafer twist and slip model, the stress state of the small slice are studied.

结合晶片扭曲和滑移的模型，分析了小晶片的受力状况。

We use a finite element method to study evolution of theoretical displacement, stress and strain field with a growing displacement applied at the remote plate ends, when fault slip and frictional stress are not given in advance but are determined in the solving process.

使用有限元素法研究了理论位移场、应力场和应变场随远场位移的演变情况。此时，断层位移和磨擦应力并不是预先给定而是在求解过程中同时确定的。

Some practical formulas of nonlinear analysis are obtained for calculating the bond stress, the slip and the stress of steel bar.

得出了计算粘结应力、滑移及钢筋应力的非线性实用公式。

Theoretical Analysis on Slip and Contact Stress Characteristics of Tooth Flanks of Rack and Sector Gear with Variable Ratio

变速比变厚齿扇齿面滑移及接触应力特性的理论分析

Variable ratio; Rack; Sector gear; Slip; Contact stress;

变速比；齿条；齿扇；滑移率；接触应力；

The influence of the variable ratio on the slip and contact stress is also discovered.

揭示了速比变化比值对齿面滑移及齿面接触应力特性的影响。

Stability Analysis of Deep Foundation Pit Soil Nailing Supporting Structure Based on Finite Element Slip Surface Stress Method

基于有限元滑面应力法的深基坑土钉支护结构稳定性分析

Influence of fault slip on stress field around it

断层滑动对邻近场的影响