摘要
根据10CrMo910主蒸汽管金属蠕变参量的实验结果，讨论了低合金铬钼钢主蒸汽管运行过程中的编变机制，计算得出的主蒸汽管蠕变率与采用蠕变实验结果导出的寿命分析结论基本一致，说明用蠕变参量的实验方法研究主蒸汽管的寿命是有效的。
The creep parameters of 10CrMo910 main steam piping were measured and the creep mechanism discussed,the calculated results of creep rate for main steam piping obtained from the experiment is almost the same as that derived from the creep experimental data, which concludes that the creep parameters obtained from the experiment is effective for Iife process study for main steam piping.
出处
《华东电力》
1995年第4期8-10,共3页
East China Electric Power
关键词
蠕变率
蠕变激活能
蒸汽管道
10CrMo910 steel main steam piping creeping crate creeping active energy
