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断裂角 meaning in Chinese

angle of fracture
angle of rupture
breaking angle

Examples

  1. One is void - model fracture which is resulted from initial , dilatation and coalescence of voids in material . the fracture criterion of void - model fracture is vgc - criterion or ctodi - criterion , and its fracture angle is able to be determined by m - criterion
    韧窝型断裂由材料内空穴的形核、扩张和汇合造成,断裂判据可以采用“ v _ ( gc )准则”或ctod ~ i准则,断裂角可以采用m准则确定。
  2. The thesis studied the change of stress triaxiality in the four - point curved beam made in 16mnr with arc - tip crack and its important effect . in the beam , the points of peak value of stress triaxiality distribute along a line , whose direction is well consistent with the fracture direction got by experiment when so > 3mm
    在圆弧裂纹试件中,裂尖附近的三轴度较高的点呈脊线分布,按照脊线分布拟合计算得到的三轴度脊线夹角在偏心距so 3mm时与试验测得的断裂角符合较好,这种情况下试件发生的是韧窝型断裂。
  3. In short , the analysis of arc - tip fracture shows that : the initiation of void - mode fracture can be judged by vgc criterion , or by j " . according to sx criterion ; fracture direction of void - mode fracture can be determined by ctod and peak value line of stress triaxiality . the mesomechanics mechanism of shear - mode fracture need further study , and analysis found direction of plastic belt is consistent with the direction of shear - mode fracture
    综上所述,本文通过对圆弧尖端裂纹的分析表明:对于韧窝型断裂的起裂,可以依据-复合型断裂的sx准则按照i ~ 1来预测起裂载荷,也可用v _ ( gc )判据来预测起裂载荷,二者结果相近;对于韧窝型断裂的断裂角,用ctod矢量方向和三轴度脊线方向判断均和试验结果基本。
  4. Research about ctod and its components 8 " , " shows that the direction angle of ctod vector is identical with the fracture angle of void - mode fracture , which is obtained through experiments , and it is also identical with the result got by peak value line of stress triaxiality . besides , 8 i " was compare with vgc as criterion for initiation of void - mode fracture
    对裂纹尖端张开位移ctod及其张开型分量~ 1和剪切型分量~ 11的分析表明,在试件发生韧窝型断裂时,按照圆弧裂纹中ctod矢量的垂直方向预测的断裂角与试验测得的断裂角符合较好,与三轴度脊线预计的结果也比较一致。

Related Words

  1. 断裂
  2. 断裂张力
  3. 断裂酌
  4. 断裂复活
  5. 热断裂
  6. 断裂区
  7. 断裂行为
  8. 应力断裂
  9. 断裂规范
  10. 断裂过程
  11. 断裂极限
  12. 断裂剂
  13. 断裂节理
  14. 断裂结
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