热加工工艺
熱加工工藝
열가공공예
HOT WORKING TECHNOLOGY
2010年
8期
165-167
,共3页
超超临界材料%热处理%组织%力学性能
超超臨界材料%熱處理%組織%力學性能
초초림계재료%열처리%조직%역학성능
ultra-supercritical materials%heat treatment%microstructure%mechanical properties
研究了热处理工艺对超超临界材料KT5331AS0(10Cr11Co3W3NiMoVNbNB)的组织和性能的影响.结果表明:KT5331AS0钢在1050～1150℃加热淬火、660～720℃回火,其组织都是回火板条马氏体;随淬火加热温度的升高,板条马氏体逐渐长大,但长大趋势不明显;随回火温度的升高,南于碳化物的析出,产生沉淀强化,使其具有较高的持久强度.KT5331AS0钢在1080～1100℃加热淬火、680～700℃回火后具有较好的综合力学性能.
研究瞭熱處理工藝對超超臨界材料KT5331AS0(10Cr11Co3W3NiMoVNbNB)的組織和性能的影響.結果錶明:KT5331AS0鋼在1050～1150℃加熱淬火、660～720℃迴火,其組織都是迴火闆條馬氏體;隨淬火加熱溫度的升高,闆條馬氏體逐漸長大,但長大趨勢不明顯;隨迴火溫度的升高,南于碳化物的析齣,產生沉澱彊化,使其具有較高的持久彊度.KT5331AS0鋼在1080～1100℃加熱淬火、680～700℃迴火後具有較好的綜閤力學性能.
연구료열처리공예대초초림계재료KT5331AS0(10Cr11Co3W3NiMoVNbNB)적조직화성능적영향.결과표명:KT5331AS0강재1050～1150℃가열쉬화、660～720℃회화,기조직도시회화판조마씨체;수쉬화가열온도적승고,판조마씨체축점장대,단장대추세불명현;수회화온도적승고,남우탄화물적석출,산생침정강화,사기구유교고적지구강도.KT5331AS0강재1080～1100℃가열쉬화、680～700℃회화후구유교호적종합역학성능.
The effects of heat treatment on microstructure and properties of ultra-supercritical KT5331ASO steel(10(2r11Co3W3NiMoVNbNB)were studied.The results show that the microstructure of KT5331ASO steel is tempered lath martensite when quenching at 1050～1150℃and tempering at 660～720℃.The tempered lath martensitc grows up with the tempering temperature increasing,however the tendency of growing is not obvious.With the increase of tempering temperature,the lath martensite has higher durable intensity became the isolation of carbon compounds causes the strengthened precipitation.KT5331AS0 steel has higher overall mechanical properties when quenching at 1080～1100℃ and tempering at 680～700℃.
