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- Handling of Spatial Intersection of Unified Yield Surface 统一屈服面空间相交问题的处理
- unified yield surface 统一屈服面
- This paper expounds three resolutions of stress deviator. A new physicalexplanation is given to the unified yield criteria presented early by author. 本文阐述了应力偏量的三种分解形式,给作者早先提出的统一屈服准则以新的物理解释。
- The influence of yield surface shape on limit thickness strain can be represented by the P-valueproposed by Barlat,in which the effects of Rand Mare included. 屈服表面形状对极限厚度应变的影响;可以用Barlat 提出的包含了R 和M 影响的p 值表示出来.
- The experimental study shows that the yield surface radius descreases with increasing the cyclic number under the specific strain amplitude and decreases with the incre... 循环背应力幅值随单调应变而减小;随循环塑性应变幅值增大而增大.
- three shear stress unified yield criterion 三剪应力统一屈服准则
- Considering the anisotropic behaviour of natural clay the new constitutive model employs an inclined ellipse as the yield surface, no longer the aclinic ellipse used in traditional modified Cam-clay. 由此,本文首先根据天然软粘土的屈服性状,将修正剑桥模型各向同性的屈服面改进为各向异性的椭圆屈服面;
- Twin Shear Unified Yield Criterlon 双剪统一屈服准则
- triple shear unified yield criterion 三剪屈服准则
- generalized twin shear unified yield condition 广义双剪统一屈服条件
- Deformation of preloaded soft ground was calculated with the Yin's double yield surface model, the viscoelastic-viscoplastic model and the viscoelastic-viscoplastic damage model respectively. 结合堆载预压加固软基实例,分别采用殷宗泽双屈服面模型、粘弹-粘塑性和粘弹-粘塑性损伤模型进行有限元分析。
- The result mainly shows that: the larger the offset strain is defined the more the subsequent yield surface will expand in the direction no preloading and the less the vertex phenomena will present. 若采用平移应变法确定屈服应力,平移应变取值越大,后继屈服面在非预加载方向扩张越大且后继屈服尖点现象越不明显。
- We will never yield to invaders. 我们绝不会向侵略者屈服。
- It's almost impossible to agree on a unified basic price. 几乎不可能商定一个划一的基本价格。
- Ratio of trial stress to stress on yield surface 三轴应力与降伏面应力之比
- ellipse-parabola double yield surface model 椭圆-抛物双屈服面模型
- Keywords stress deviator resolution;pure shear element;unified yield criteria.; 应力偏量分解;纯剪单元体;统一屈服准则;
- The gas bubbled to the surface of the water. 气体变成气泡升上水面。
- The surface of the liquid gradually crusted over. 液体表面渐渐地结了一层皮。
- A breeze ruffled the surface of the lake. 一阵微风吹皱了湖面。