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1·The quenching stress and distortion of carburized 20 steel are calculated by finite element.

对2 0钢渗碳后的淬火应力与畸变进行了有限元计算。

2·The influence of rolling stress towards quenching stress is little, but quenching stress totally changes the original rolling stress.

轧制应力对淬火应力影响很小，淬火应力却彻底改变了原有轧制应力的大小和分布。

3·The study results are helpful to designing of quenching process and understanding of quenching stress and distortion regularity for complex thin shell.

研究结果有助于复杂薄壁壳体淬火工艺制订及淬火应力和畸变规律的认识。

4·The ion-implantation damage defects and thermal stress during quenching step are responsible for the formation of dislocations.

位错的形成与离子注入引进的损伤和淬火过程中的热应力有关。

5·Bearing parts in the process of hardening cooling by internal stress due to the formation of quenching cracks crack said.

轴承零件在淬火冷却过程中因内应力所形成的裂纹称淬火裂纹。

6·Through the microstructure analysis and residual stress measurement on a quenching test-piece, the feasibility of the numerical simulation is proved.

通过对淬火试件进行金相组织分析和残余应力测量，验证了数值模拟的可行性。

7·For quenching processes are typical temperature - phase transformation - stress coupled processes, it is quite difficult to precisely predict the processes.

淬火过程是典型的温度-组织转变-应力耦合的过程，准确模拟淬火过程十分困难。

8·The effect of quenching temperatures on the rate of stress corrosion crack propagation of 4330M steel in distilled water has been investigated.

本文研究了淬火温度对4330M钢在蒸馏水中的应力腐蚀裂纹扩展速率的影响。

9·The stress produced by quick cooling inside workpiece during quenching treatment is the main reason of quenching deformation.

淬火过程中的快速冷却在工件内部产生的内应力是导致淬火变形的根本原因。

10·The sensibility of the harden structure of high carbon steel to hydrogen and stress is researched through the tensile test of quenched specimens and charging hydrogen specimens after quenching.

利用高碳钢淬火试样及淬火后充氢试样的拉伸试验，研究了高碳钢淬硬组织对氢和应力的敏感性。