.390 北京科技大学学报 第30卷 (于慧臣,孙燕国,谢世殊,等,不锈钢在扭转/拉伸复合载荷 [16]Center of Equipment Failure Analysis of the Ministry of Aero- 下的低周疲劳裂纹扩展.金属学报,2005,41(1):73) nautic and Astronautics of China.Analysis and Spectra of Frac- [14]Liu LL.Wang J G.Stress"strain field FEM analysis for ture Surfaces of Metallic Materials.Beijing:Science Press, CH4169 notched specimens under multiaxial loading Phys Ex- 1991,32 amination Test,2005.23(3):11 (航空航天工业部航空装备失效分析中心,金属材料断口分 (刘灵灵,王建国.GH169缺口件多轴加载下应力应变场的 析及图谱.北京:科学出版社,1991:32) 有限元分析.物理测试,2005,23(3):11) [17]Yang Y R.Liang X F,Shen B.Macrostructure and fatigue [15]Yao J.Quo JT,Yuan C,et al.Low cycle fatigue behavior of property of GH4169 superalloy under bend loading at high tem cast nickel base superalloy K52.Acta Metall Sin.2005,41(4): perature.Acta Metall Sin.1995.31(Suppl 1):$35 357 (杨玉荣,梁学蜂,沈飚.GH4169合金高温旋转弯曲瘦劳性能 (姚俊,郭建亭,袁超,等.铸造镍基高温合金K52的低周疲劳 及其组织形态分析.金属学报,1995,31(增刊1):s35) 行为.金属学报,2005,41(4):357) (上接第373页) 动态再结晶·金属学报,2003,39(7):691) [2]Siamak S.Serrated flow during warm forming of low carbon [8]Hung J X.Wang JT,Zhang Z.Equal channel angular processing steels.Mater Lett.2003.57:4515 in a pearlitic structured steel.Chin J Mater Res,2005.19(2): [3]Akbari G H.Sellars C M,Whiteman J A.Microstructural devel- 200 opment during warm rolling of an IF steel.Acta Mater.1997.45 (黄俊霞,王经涛,张郑.珠光体组织的等径弯曲通道变形.材 (12).5047 料研究学报,2005,19(2):200) [4]Timokhina I B.Nosenkov A I,Humphreys A O.et al.Effect of [9]Shin D H.Kim Y S.Lavernia E J.Formation of fine cementite alloying elements on the microst ructure and texture of warm rolled precipitates by static annealing of equal channel angular pressed steels.ISIJ Int.2004,717 low carbon steels.Acta Mater,2001.49:2387 [5]Storojeva L.Kaspar R.Ponge D.Effect of heavy warm deforma- [10]Li W J,Liu C Q.Influence of deformation on precipitation of tion on microstructure and mechanical properties of a medium car carbide in low carbon steel.Mater Mech Eng:2004.28(4):7 bon ferritie pearlitic steel.ISIJ Int,2004.44(7):1211 (李维娟,柳翠琴.形变对低碳钢中碳化物析出的影响.机械 [6]Storojeva L,Ponge D.Kaspar R.et al.Development of mi 工程材料,2004,28(4):7) crostructure and texture of medium carbon steel during heavy [11]Zhao X.Jing T F.Gao J W,et al.Grain refining mechanism of warm deformation.Acta Mater.2004.52:2209 severe rolling to lath martensite.J Iron Steel Res.2004.16(6): [7]Yang W Y.Wang H M.Li L F.Dynamic reerystallization of fer- 69 rite in a low carbon steel with different minor microstructures. (赵新,荆天辅,高聿为,等.板条马氏体大变形轧制工艺的晶 Acta Metall Sin.2003.39(7):691 粒细化机制.钢铁研究学报,2004,16(6):69) (杨王玥,王洪梅,李龙飞·不同形态第二组织低碳钢的铁素体(于慧臣孙燕国谢世殊等.不锈钢在扭转/拉伸复合载荷 下的低周疲劳裂纹扩展.金属学报200541(1):73) [14] Liu L L Wang J G.Stress-strain field FEM analysis for GH4169notched specimens under multiaxial loading.Phys Examination Test200523(3):11 (刘灵灵王建国.GH4169缺口件多轴加载下应力应变场的 有限元分析.物理测试200523(3):11) [15] Yao JQuo J TYuan Cet al.Low cycle fatigue behavior of cast nickel base superalloy K52.Acta Metall Sin200541(4): 357 (姚俊郭建亭袁超等.铸造镍基高温合金 K52的低周疲劳 行为.金属学报200541(4):357) [16] Center of Equipment Failure Analysis of the Ministry of Aeronautic and Astronautics of China.A nalysis and Spectra of Fracture Surf aces of Metallic Materials.Beijing:Science Press 199132 (航空航天工业部航空装备失效分析中心.金属材料断口分 析及图谱.北京:科学出版社1991:32) [17] Yang Y RLiang X FShen B.Macrostructure and fatigue property of GH4169superalloy under bend loading at high temperature.Acta Metall Sin199531(Suppl1):S35 (杨玉荣梁学峰沈飚.GH4169合金高温旋转弯曲疲劳性能 及其组织形态分析.金属学报199531(增刊1):S35) (上接第373页) [2] Siamak S.Serrated flow during warm forming of low carbon steels.Mater Lett200357:4515 [3] Akbari G HSellars C MWhiteman J A.Microstructural development during warm rolling of an IF steel.Acta Mater199745 (12):5047 [4] Timokhina I BNosenkov A IHumphreys A Oet al.Effect of alloying elements on the microstructure and texture of warm rolled steels.ISIJ Int2004:717 [5] Storojeva LKaspar RPonge D.Effect of heavy warm deformation on microstructure and mechanical properties of a medium carbon ferritic-pearlitic steel.ISIJ Int200444(7):1211 [6] Storojeva LPonge DKaspar Ret al.Development of microstructure and texture of medium carbon steel during heavy warm deformation.Acta Mater200452:2209 [7] Yang W YWang H MLi L F.Dynamic recrystallization of ferrite in a low carbon steel with different minor microstructures. Acta Metall Sin200339(7):691 (杨王 王洪梅李龙飞.不同形态第二组织低碳钢的铁素体 动态再结晶.金属学报200339(7):691) [8] Hung J XWang J TZhang Z.Equal channel angular processing in a pearlitic structured steel.Chin J Mater Res200519(2): 200 (黄俊霞王经涛张郑.珠光体组织的等径弯曲通道变形.材 料研究学报200519(2):200) [9] Shin D HKim Y SLavernia E J.Formation of fine cementite precipitates by static annealing of equa-l channel angular pressed low carbon steels.Acta Mater200149:2387 [10] Li W JLiu C Q.Influence of deformation on precipitation of carbide in low carbon steel.Mater Mech Eng200428(4):7 (李维娟柳翠琴.形变对低碳钢中碳化物析出的影响.机械 工程材料200428(4):7) [11] Zhao XJing T FGao J Wet al.Grain-refining mechanism of severe rolling to lath martensite.J Iron Steel Res200416(6): 69 (赵新荆天辅高聿为等.板条马氏体大变形轧制工艺的晶 粒细化机制.钢铁研究学报200416(6):69) ·390· 北 京 科 技 大 学 学 报 第30卷