cement facing造句

• Stability against sliding of large constructions on bedrock usually is controlled by shear strength of concrete - bedrock cement face
  建于岩基之上的大型构筑物，其抗滑稳定性受到混凝土基础与基岩胶结面抗剪强度的控制。
• And shear strength of concrete - bedrock cement face is influenced with many factors , in which roughness of cement interface is an important factor
  混凝土?基岩胶结面的抗剪强度与多种因素相关，其中胶结接触面的粗糙度对其抗剪强度特性具有重要影响。
• Studying deeply on shear strength characteristics of rough cement face has an important meaning for precise determination of shear strength parameter and analysis on failure mechanics
  深入研究粗糙胶结面抗剪强度特性对准确确定其抗剪强度参数值及分析其破坏机理具有重要意义。
• By means of a mass of shear strength test of rough cement face of concrete - bedrock , influences of cement face roughness of two mediums on shear strength parameter , shear deformation characteristics , shear failure mechanics are systemically studied . empirical relationship between fractal dimension of cement face roughness and shear strength parameters is established
  通过大量的混凝土?基岩粗糙胶结面抗剪强度试验，系统研究了两相介质胶结面粗糙度对其抗剪强度参数值大小、剪切变形特征、以及剪切破坏机理的影响，建立了胶结面粗糙度分维数与抗剪强度参数之间的经验关系式。
• On basis of experimental analysis , several conclusions can be indicated that : roughness of cement face or structural plane can be described well quantitatively with fractal dimension in paper . roughness increases inner friction angle and cohesive force , and transfers characteristics of shear deformation curve and mechanics and form of shear failure
  试验研究及分析表明，文中方法确定的分维数可以用来较好的定量描述结构面或胶结接触面的粗糙程度；粗糙度的存在，提高了胶结面的内摩擦角及凝聚力，改变了胶结面剪切变形曲线特征及剪切破坏机理和形式。