plastic strain造句

• The final configuration is identical to that in (a), and the total plastic strain is six atomic spacings .
  最后的排列虽与图a一样，但总的塑性应变量是6个原子距。
• Test method for plastic strain ratio r for sheet metal
  薄板金属塑料应变比r试验方法
• Standard test method for plastic strain ratio r for sheet metal
  金属薄板塑性应变率的标准试验方法
• R metallic materials - sheet and strip - determination of plastic strain ratio r - values
  金属薄板和薄带塑性应变比
• Method of determining the plastic strain ratio for metallic sheet and strip
  测定金属薄板材和带材用塑性应变比试验方法
• Accumulated plastic strain
  累积塑性应变
• Plastic strain increment
  塑性应变增量
• Module of plastic strain
  塑性应变模量
• Plastic strain ratio calculation of metal sheet from low - resolution texture analysis
  从低分辨织构计算金属板材的塑性应变比
• Elastic plastic strain
  弹塑性形变
• The strain - fatigue - life of materials is related to the plastic strain at the crack - tip
  摘要材料的应变疲劳寿命与裂端的塑性应变有关。
• Iron and steel - methode of determination of the plastic strain ration r of steel sheet and plate
  钢铁.薄钢板和钢板塑性应变比值的测定方法
• I believe abaqus is able to output elastic strains and plastic strains , seperatelyly
  Abaqus输出的是总应变，而不是分别输出应变的弹性部分和塑性部分。
• According to the result , the location of slip surface is confirmed by the plastic strain contour lines
  并且利用有限元的计算成果，根据塑性区塑性应变等值线分布情况来确定边坡最危险滑面位置。
• It can he used to compute many appropriate scalar quantities such as temperature , displacement , effective stress and effective plastic strain
  重点研究此法在焊接的热分析中的应用，得到了有益的结论。
• The maximum recovery strain of ti51ni49thin film is 4 . 5 % , but the plastic strain increases quickly when the total strain is more than 4 %
  薄膜的最大可恢复应变为4 5 ，但塑性应变在总应变大于4后迅速增加。
• In addition , the constitutive models included in flac - 3d are deep into research , and th e stress increments are corrected in terms of the plastic strain increment while occurrence of plasticity flow
  此外，还对flac - 3d内嵌的本构模型深入研究，塑性流动发生时塑性应变增量对应力增量的修正。
• The results indicate that the relationship between the saturated stress ( , . ) and the plastic strain amplitude ( sp ) both at room temperature and 400 can be expressed by a power law relation s = ksepns
  结果表明，无论在室温还是在400 ，循环饱和应力， 、随塑性应变幅二，的变化满足乘幕关系ct 、一k “二， ” ‘ 。
• In practical application , it is subjected to local plastic strain cycles due to the power fluctuations during reactor operation ; extremely , this power fluctuations could lead fatigue failure
  在反应堆运行过程中，堆功率的波动和水冷却介质的流动会导致燃料元件包壳局部承受反复的循环变形，极端情况下会导致疲劳失效。
• Another is shear - model fracture which is thought that it is associated with dislocation motion ( shear + rotation ) of crystal at microlevel , fragmentation of solid at mesoscale level and large plastic strains at the macroscopic level
  剪切型断裂在微观上与晶粒内或晶粒间的滑移和位错有关，细观上与集中变形带中的微剪切面集中有关，宏观上则与结构内的集中剪切带有关。