cyclic hardening中文是什么意思

• 反复硬化
• 循环硬化

• "cyclic"中文翻译    adj. 1.周期的；轮转的，循环的。 2.【化学】环状 ...
• "hardening"中文翻译    n. 1.硬化；【冶金】淬火。 2.硬化剂。 ...
• "hardening" 中文翻译 :    n. 1.硬化；【冶金】淬火。 2.硬化剂。 air hardening 气冷硬化。 case hardening 表面硬化。 hardening by cooling 冷却硬化。 hardening by hammering 锤击硬化。 hardening process 硬化法。 the hardening of arteries 动脉硬化。 hardening through 【机械工程】淬透。
• "cyclic" 中文翻译 :    adj. 1.周期的；轮转的，循环的。 2.【化学】环状的；【植物；植物学】轮列的，轮卷的。 3.组诗的；故事始末的。
• "accelerator for hardening" 中文翻译 :    促硬剂
• "accelerator of hardening" 中文翻译 :    速硬剂
• "acid hardening" 中文翻译 :    酸性坚膜; 酸硬化
• "after hardening" 中文翻译 :    后固化；后硬化; 后期坚膜; 后期硬化; 滞后硬化
• "age hardening" 中文翻译 :    经久硬化; 经时硬化; 老化变硬; 时效硬化
• "ageing hardening" 中文翻译 :    时效硬化
• "aging hardening" 中文翻译 :    时效硬化
• "air hardening" 中文翻译 :    风硬; 空淬; 空冷淬硬; 空气淬火; 空气硬化; 气冷硬化; 气体硬化; 气硬的; 气硬性; 气泠硬化
• "alloy hardening" 中文翻译 :    合金硬化
• "anisotropic hardening" 中文翻译 :    各向不等压硬化; 各向不等硬化
• "arch hardening" 中文翻译 :    电弧加热淬火
• "area of hardening" 中文翻译 :    硬化区
• "ark hardening" 中文翻译 :    放电硬化
• "asphalt hardening" 中文翻译 :    沥青硬化
• "atomic hardening" 中文翻译 :    原子硬化
• "ausform hardening" 中文翻译 :    奥氏体形变淬火
• "autoclave hardening" 中文翻译 :    高压釜固结
• "autogenous hardening" 中文翻译 :    氧炔焰; 自动强化
• "bainite hardening" 中文翻译 :    贝氏体淬火; 变轫淬火
• "bainitic hardening" 中文翻译 :    贝氏体淬火
• "base hardening" 中文翻译 :    基地核防护措施

• The cyclic hardening behavior under different loading paths and different load conditions was studied
  讨论了材料在不同加载路径及不同工况下的循环硬化特性。
• The results showed that the characteristics of cyclic hardening or softening depend to the strain loading paths and the loading parameters
  研究结果表明，低周拉扭疲劳加载下，拉与扭应加响应的硬化与软化特性取决于应变加载路径和加载参数。
• In addition , the cyclic softening under the strain amplitude less than 0 . 8 % can be explained by " grain - rotation induced cyclic softening " , and the cyclic hardening in the higher strain amplitude was attributed to twinning
  在低应变幅区，合金在室温下的低周疲劳性能明显优于在400下的低周疲劳性能。但随着应变幅的增加，室温和400下合金的疲劳寿命趋于接近。
• Through research into the low - cycle fatigue behavior of gh4145 / sq , we found out that the control of strain at any level is not a stable course but has three obvious stages . the first stage is a rapid cyclic hardening course for any strain control
  对gh4145 / sq合金在总应变幅控制下的对称拉压低周疲劳研究表明：在循环形变过程中合金主要表现为初始疲劳硬化、随后疲劳软化及最终失稳断裂三个阶段，疲劳硬化软化行为与作用应变幅相关。
• For the cyclic deformation under a given strain at room temperature , cyclic softening is usually displayed till to failure in the lower range of strain ; however , cyclic hardening is displayed in the early stage in the higher range of strain , subsequent cyclic softening in the later stage and till to failure
  对于室温下恒应变幅的循环变形，在应变幅较低时表现为循环软化直至疲劳破坏;在应变幅较高时，循环变形的初期为循环硬化，随后是循环软化直至疲劳破坏。
• The alloys , which were cold - worked followed by recrystallization annealing , display cyclic softening in the range of low strain because the cyclic stress - strain curve lies below the monotonic stress - strain curve , and show cyclic hardening in the range of high strain because the cyclic stress - strain curve lies above the monotonic stress - strain curve
  在低应变范围，冷加工后经再结晶退火处理的错合金的循环应力一应变曲线位于单调拉伸曲线的下方，表现为循环软化;在高应变范围则位于单调拉伸曲线的上方，表现为循环硬化。
• The lcf behavior of a recrystallized zircaloy - 4 plate at room temperature and 400 show that alloy has better lcf property at rt than at 400 , and cyclic hardening at 400 which could be attributed to the dynamic strain aging effects . it is noticeable that the hydrided plate has the same cyclic behavior as the above unhydrided sample at room temperature
  在400下，合金表现出与常温下不同的循环特性，其循环稳定滞后回线出现锯齿状波形，且在整个疲劳过摘要程中呈现出一致循环硬化的现象，这主要是因为合金在400下发生动态应变时效效应的结果。
• The last stage is a rapid softening course for all strain amplitude . further metallic phase shows : for all strain - controlled , the initial rapid cyclic hardening results from the strong interaction between precipitate strengthening phase and the dislocation ; as for strain amplitude lower than 0 . 95 % , the shearing of precipitate strengthening phase leads to the cyclic softening behavior
  金相组织结构检查进一步表明，循环塑性应变作用将显著改变原始态合金中沉淀颗粒的几何形状、尺寸和分布状态，并由此改变位错与颗粒之间的交互作用行为，这一机制将对合金的循环硬化和软化起促进作用。