GH4169 alloy has been widely used in ifelds such as aviation, aerospace, and petrochemical, because of its excellent combination of mechanical and processing properties. These properties include good high-temperature strength, excellent creep and fatigue resistance, and good processing and welding performance. The requirement for high performance, high reliability, and long service life of modern engines has led to the incentive to develop GH4169 alloys with improved performance, such as increased temperature-bearing capacity, improved creep endurance, and better fatigue resistance. Advances during the past thirty years in ba-sic research and industrial technology related to GH4169 alloy were systematically summarized, including advances in alloy modi-ifcation, melting process optimization, and hot deformation technology.
参考文献
| [1] | S.Azadian;L.Y.Wei;R.Warren .[J].Materials Characterization,2004,53:7-16. |
| [2] | D.Y.Cai;W.H.Zhang;P.L.Nie;W.C.Liu M.Yao .[J].Materials Characterization,2007,58:220-225. |
| [3] | A. Devaux;L. Naze;R. Molins;A. Pineau;A. Organista;J.Y. Guedou;J.F. Uginet;P. Heritier .Gamma double prime precipitation kinetic in Alloy 718[J].Materials Science & Engineering, A. Structural Materials: Properties, Misrostructure and Processing,2008(1/2):117-122. |
| [4] | J.P.Collier;S.H.Wong;J.C.Phillips;J.K.Tien .[J].METALLURGICAL TRANSACTIONS A-PHYSICAL METALLURGY AND MATERIALS SCIENCE,1988,19:1657-1666. |
| [5] | F.Q.Xu;E.C.Guo;E.A.Loria;P.G.Zhang.[A].TMS,Pennsylva-nia,1997:503-509. |
| [6] | E.C.Guo;F.Q.Xu;E.A.Loria.[A].TMS,Pennsylvania,1994:721-734. |
| [7] | R.Cozar;A.Pineau .[J].Metallurgical Transactions,1973,4:47-59. |
| [8] | J.X.Dong;X.S.Xie;Z.S.Xu;S.H.Zhang,M.Z.Chen,J.F.Ra-davich.[A].TMS,Pennsylvania,1994:649-658. |
| [9] | X.S.Xie;Q.Liang;J.X.Dong;W.G.Meng,Z.C.Xu,M.Z.Chen,F.G.Wang,Y.Cai,J.S.Zhang,N.Wang,E.Andrieu,A.Pineau.[A].TMS,Pennsylvania,1994:711-720. |
| [10] | X.S.Xie;J.X.Dong;G.L.Wang;W.You,J.H.Du,C.H.Zhao,Z.G.Wang,T.Carneiro.[A].TMS,Pennsylvania,2005:287-298. |
| [11] | W.D.Cao;R.L.Kennedy.[A].TMS,Pennsylvania,1994:463-477. |
| [12] | W.D.Cao;R.L.Kennedy.[A].TMS,Pennsylvania,1997:511-520. |
| [13] | W.D.Cao;R.L.Kennedy.[A].TMS,Pennsylvania,2001:455-464. |
| [14] | W.D.Cao;R.L.Kennedy.[A].TMS,Pennsylvania,2001:477-488. |
| [15] | W.R.Sun;S.R.Guo;J.H.Lee;N.K.Park Y.S.Yoo S.J.Choe Z.Q.Hu .[J].MATERIALS SCIENCE & ENGINEERING A-STRUCTURAL MATERIALS PROPERTIES MICROSTRUCTURE AND PROCESSING,1998,247:173-179. |
| [16] | N.Li;W.R.Sun;Y.Xu;S.R.Guo D.Z.Lu Z.Q.Hu .[J].Materials Letters,2006,60:2232-2235. |
| [17] | Z. J. Miao;A. D. Shan;J. Lu .Microstructure and solidification behaviour characterisation of phosphorus and boron doped IN718 superalloy[J].Materials Science and Technology: MST: A publication of the Institute of Metals,2012(3):334-341. |
| [18] | J.H. Du;X.D. Lu;Q. Deng .High-temperature structure stability and mechanical properties of novel 718 superalloy[J].Materials Science & Engineering, A. Structural Materials: Properties, Misrostructure and Processing,2007(0):584-591. |
| [19] | J.H.Du;X.D.Lu;Q.Deng;J.L.Qu J.Y.Zhuang Z.Y.Zhong .[J].Acta Metall Sin,2006,19:418-424. |
| [20] | R.L.Kennedy.[A].TMS,Pennsylvania,2005:1-14. |
| [21] | I.Dempster;W.D.Cao;R.Kennedy;B.Bond,J.Aurrecoechea,M.Lipschutz.[A].TMS,Pennsylvania,2005:155-164. |
| [22] | W.D.Cao.[A].TMS,Pennsylvania,2005:165-178. |
| [23] | W.D.Cao;R.L.Kennedy.[A].TMS,Pennsylvania,2005:213-222. |
| [24] | J.W.Pridgeon;F.N.Darmara;J.S.Huntington;W.H.Sutton.[A].TMS,Pennsylvania,1984:205-214. |
| [25] | A.Mitchell.[A].TMS,Pennsylvania,1994:109-124. |
| [26] | R.Schlatter.[A].TMS,Pennsylvania,1994:55-64. |
| [27] | W.T.Carter;J.J.Jackson;R.M.F.Jones;R.S.Minisandram.[A].TMS,Pennsylvania,2005:69-76. |
| [28] | D.Feng;X.C.Chen;X.F.Sun;Y.J.Yang,Z.Y.Zhong.Fifty Years of Superalloys in China[M].北京:冶金工业出版社,2006:57-65. |
| [29] | R.Fu;D.Feng;X.C.Chen;R.Hao .[J].J Iron Steel Res,2011,23(Suppl 2):1-4. |
| [30] | G.S.Chen;F.J.Liu;Q.Z.Wang;Z.X.Wang,Z.G.Wei .[J].J Iron Steel Res,2011,23(Suppl.2):134-137. |
| [31] | J.M.Moyer;L.A.Jackman;C.B.Adasczik;R.M.Davis,R.F.Jones.[A].TMS,Pennsylvania,1994:39-48. |
| [32] | J.H.Du;Q.Deng;J.X.Dong.[A].John Wiley & Sons,Inc,Hoboken,NJ,USA,2014:31-46. |
| [33] | T.J.Ma;X.Jin;Y.C.Zhao;Y.T.Zhao,D.G.Li.[A].Metallurgical Industry Press,Bei-jing,2007:46-51. |
| [34] | S.V.Thamboo;R.C.Schwant;L.Yang;L.A.Jackman,B.J.Bond,R.L.Kennedy.[A].TMS,Pennsylvania,2001:57-70. |
| [35] | R.Schwant;S.Thamboo;L.Yang;M.Morra.[A].TMS,Pennsylva-nia,2005:15-24. |
| [36] | C.Malara;J.Radavich.[A].TMS,Pennsylvania,2005:25-33. |
| [37] | J.Domblesky;M.Mohamdein;R.Drab;R.Shivpuri.[A].TMS,Pennsylvania,1994:251-262. |
| [38] | J.P.Domblesky;L.A.Jackman;R.Shivpuri;B.B.Hendrick.[A].TMS,Pennsylvania,1994:263-272. |
| [39] | M.Yamaguchi;S.Kubota;T.Ohho;T.Nonomura,T.Fukui.[A].TMS,Pennsylvania,2001:291-300. |
| [40] | F.P.Cone.[A].TMS,Pennsylvania,2001:323-332. |
| [41] | J.L.Russell;M.L.Lasonde;L.A.Jackman.[A].TMS,Pennsylva-nia,2005:363-372. |
| [42] | P.R.Bhowal;J.J.Schirra.[A].TMS,Pennsylvania,2001:193-202. |
| [43] | X.D.Lu;J.H.Du;Q.Deng;G.S.Chen,X.F.Liu.[A].John Wiley & Sons,Inc,Hoboken,NJ,USA,2010:350-361. |
| [44] | X.D.Lu;Q.Deng;J.H.Du;X.F.Liu,G.S.Chen,Q.Z.Wang .[J].J Iron Steel Res,2011,23(Supple.2):158-161. |
| [45] | F.J.Liu;G.S.Chen;Q.Z.Wang;X.D.Lu,R.H.Wu .[J].J Iron Steel Res,2011,23(Suppl.2):193-196. |
| [46] | Q.Li;Y.F.Han;C.B.Xiao;J.X.Song .[J].Review of Materials,2004,18(04):9-16. |
| [47] | C.A.Petri;T.Deragon;F.A.Schweizer.[A].TMS,Pennsylvania,1997:267-277. |
| [48] | S.Y.Wang;H.T.Yang;H.Q.Li.High Temperature Structure Materials for Power and Energy[M].北京:冶金工业出版社,2007:497-500. |
| [49] | M.Walter;A.Tatschl.[A].TMS,Pennsylvania,2005:87-96. |
| [50] | W.Gostic.[A].TMS,2012:3-14. |
| [51] | A.Agnoli;M.Bernacki;R.Loge;J.Franchet,J.Laigo,N.Bozzolo.[A].TMS,2012:73-82. |
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