全部 标题 作者
关键词 摘要

OALib Journal期刊
ISSN: 2333-9721
费用：99美元
投递稿件

查看量下载量

相关文章

更多...
金属学报  1974 

国外涡轮喷气发动机涡轮盘材料的现状及发展

, PP. 74-98

Full-Text   Cite this paper   Add to My Lib

Abstract:

涡轮盘是涡轮喷气发动机中连接涡轮叶片和涡轮轴,推动发动机高速旋转的一个重要部件。在发动机运转中,涡轮盘受力情况复杂,容易出现故障,严重的甚至可能造成机毁人亡。因此,有些国家把它列为航空发动机中唯一由政府控制的零件,由政府发给证明规定使用寿命。

 References

[1]  Nordheim,R.and Grant,N,J.,J.Metals,6(1954) ,211．
[2]  McRae,G.M.,Turbojet Disk Life Limits,PWA Paper.
[3]  Mihalisin,J.R.and Decker,R.F.,Trans.AIME,218(1960) ,507．
[4]  Unksov,E.P.et al.,Thermal Stresses and Thermal Fatigue,ed.by D.J.Littler,Butterworths,London,1971,p.501．
[5]  Fine,M.E.,The Relation Between the Structure and Mechanical Properties of Metals,Vol.1,HMSO,London,1963,p.300．
[6]  Timo,D.P.,ibid.,p.453．
[7]  Gleiter,H.,Z.Metallk.,58(1967) ,306．
[8]  Hall,G.L.B.,Thermal and High-Strain Fatigue,The Metals and Metallurgy Trust,London,1967,p.28．
[9]  Decker,R.F.and Mihalisin,J.R.,ASM Trans.Quart.,62(1969) ,481．
[10]  Manson,S.S.,Metal Fatigue Damage-Mechanisms,Detection,Avoidance and Repair,ed.by S.S.Manson,Amer.Soc.Test.Muter.,Spec.Teeh.Publ.№495,1971,p.254．
[11]  Maniar,G.N.and James,H.M.,Fifty Years of Progress in Metallographic Techniques,Amer.Soc.Test.Mater.,Spec.Tech.Publ.№430,1966,ASTM,Philadelphia,Pa.p.262．
[12]  Landgraf,R.W.,Achievements of High Fatigue Resistance in Metals and Alloys,Amer.Soc.Test.Mater.,Spec.Tech.Publ.№467,1970,p.3．
[13]  Hammond,C.M.and Ansell,G.S.,ASM Trans.Quart.,57(1964) ,727．
[14]  Vinter,A.and Wilbers,L.G.,J.Metals,22(1970) ,№5,46．
[15]  Gleiter,H.,Acta Met.,15(1967) ,1223．
[16]  Clauss,F.J.,Engineer's Guide to High-Temperature Materials,Addison-Wesley,London,1969,p.117．
[17]  Copley,S.M.and Kear,B.H.,Trans.AIME,239(1967) ,984．
[18]  依田连平,特殊钢,11(1962) ,№2,42．
[19]  Gleiter,H.and Hornbogen,E.,Phys.Status Solidi,12(1965) ,235．
[20]  Marcinkowski,M.J.,Electron Microscopy and Strength of Crystals,ed.by G.Thomas and J.Washburn,Interscience,New York,1963,p.333．
[21]  Flinn,P.A.,Strengthening Mechanisms in Solids,ASM,Ohio,1962,p.17．
[22]  Irvine,K.J.et al.,J.Iron Steel Inst.,199(1961) ,153．
[23]  Guimier,A.and Strudel,J.L.,Proc.Second Intern.Conf.on the Strength of Metals and Alloys,Pacific Grove,Calif.,30 Aug.-4 Sept.,1970,Vol.3,ASM,Ohio,p.1145．
[24]  Kelly,A.and Nicholson,R.B.,Progress in Materials Science,Vol.10,№3,ed.by B.Chalmers,Pergamon Press,Oxford,1963,p.151．
[25]  Cahn,R.W.,J.Metals,25(1973) ,№2,28．
[26]  Brown,L.M.and Ham,R.K.,Strengthening Methods in Crystals,ed.by A.Kelly and R.B.Nicholson,Elsevier,Amsterdam,1971,p.9．
[27]  Davies,R.G.and Johnston,T.L.,Ordered Alloys--Structural Application and Physical Metallurgy,Proc.3rd Bolton Landing Conf.,1970,ed.by B.H.Kear,Baton Rouge,La.,1970．
[28]  #12
[29]  Karg,A.V.et al.,J.Inst.Metals,99(1971) ,301．
[30]  Seeger,A.,Dislocations and Mechanical Properties of Crystals,ed.by J.C.Fisher,Wiley,New York,1957,p.243．
[31]  Kriege,O.H.and Baris,J.M.,ASM Trans.Quart.,62(1969) ,195．
[32]  Smallman,R.E.,Modern Physical Metallurgy,Butterworths,London,1962,p.171．
[33]  Cozar,R.and Pineau,A.,Met.Trans.,4(1973) ,47．
[34]  Beeston,B.E.P.and France,L.K.,J.Inst.Metals,96(1968) ,105．
[35]  Quist,W.E.et al.,Met.Trans.,2(1971) ,825．
[36]  Waters,W.J.and Freche,J.C.,Metals Eng.Qaurt.,10(1970) ,№2,55．
[37]  VerSnyder,F.L.and Piearcey,B.J.,SAE J.,74(1966) ,№7,36．
[38]  #12
[39]  Blasko,M.J.,Metal Progr.,103(1973) ,№3,42．
[40]  #12
[41]  Perch,N.J.,J.Iron Steel Inst.,174(1953) ,25．
[42]  Cottrell,A.H.,Relation of Properties to Microstructure,ASM,Ohio,1954,p.131．
[43]  Hall,E.O.,Proc.Phys.Soc.(London),B64(1951) ,747．
[44]  Kirman,I.and Warrington,D.H.,J.Inst.Metals,99(1971) ,197．
[45]  依田连平,金属材料,8(1968) ,№1,3．
[46]  Guard,R.W.and Westbrook,J.H.,Trans.AIME,215(1959) ,807．
[47]  Nordheim,R.and Grant,N.J.,Trans.AIME,200(1954) ,211．
[48]  Copley,S.M.and Kear,B.H.,Trans.AIME,239(1967) ,977．
[49]  Bird,J.E.et al.,Quantltative Relation Between properties and Microstructure,ed.by D.C.Brandon,Israel Univ.Press,Jerusalem,1969,p.255．
[50]  #12
[51]  Betteridge,W.,The Nimonic Alloys,Edward Arnold,London,1959,p.128．
[52]  #12
[53]  Hughes,H.,J.Iron Steel Inst.,203(1965) ,1019．
[54]  Wilson,F.G.and Pickering,F.B.,J.Iron Steel Inst.,204(1966) ,628．
[55]  #12
[56]  #12
[57]  #12
[58]  #12
[59]  Raynor,D.and Silcock,J.M.,Metal Sci.J.,4(1970) ,121．
[60]  #12
[61]  Nordheim,R.and Grant,N,J.,J.Metals,6(1954) ,211．
[62]  Symonds,C.H.,J.Aust.Inst.Metals,16(1971) ,№1,1．
[63]  Mihalisin,J.R.and Decker,R.F.,Trans.AIME,218(1960) ,507．
[64]  Collins,H.E.,ASM Trans.Quart.,62(1969) ,82．
[65]  Fine,M.E.,The Relation Between the Structure and Mechanical Properties of Metals,Vol.1,HMSO,London,1963,p.300．
[66]  Betteridge,W.and Franklin,A.W.,J.Inst.Metals,85(1957) ,473．
[67]  Gleiter,H.,Z.Metallk.,58(1967) ,306．
[68]  Hagel,W.C.and Beattie,H.J.,Precipitation Processes in Steels,Iron Steel Inst.,London,1959,p.98．
[69]  Decker,R.F.and Mihalisin,J.R.,ASM Trans.Quart.,62(1969) ,481．
[70]  Fell,E.A.,Metallurgia,63(1961) ,157．
[71]  Maniar,G.N.and James,H.M.,Fifty Years of Progress in Metallographic Techniques,Amer.Soc.Test.Mater.,Spec.Tech.Publ.№430,1966,ASTM,Philadelphia,Pa.p.262．
[72]  #12
[73]  #12
[74]  Hammond,C.M.and Ansell,G.S.,ASM Trans.Quart.,57(1964) ,727．
[75]  Butteridge,W.,The Nimonic Alloys,Edward Arnold,London,1959,p.99．
[76]  Gleiter,H.,Acta Met.,15(1967) ,1223．
[77]  Gresham,H.E.,Metals Mater.,3(1969) ,433．
[78]  Copley,S.M.and Kear,B.H.,Trans.AIME,239(1967) ,984．
[79]  Gleiter,H.and Hornbogen,E.,Phys.Status Solidi,12(1965) ,235．
[80]  #12
[81]  Marcinkowski,M.J.,Electron Microscopy and Strength of Crystals,ed.by G.Thomas and J.Washburn,Interscience,New York,1963,p.333．
[82]  Brown,J.T.and Bulina,J.,High Temperature Materials,ed.by R.F.Hehemann and G.M.Ault,Wiley,New York,1959,p.38．
[83]  Ewing,B.A.et al.,J.Mater.,5(1970) ,№3,651．
[84]  Guimier,A.and Strudel,J.L.,Proc.Second Intern.Conf.on the Strength of Metals and Alloys,Pacific Grove,Calif.,30 Aug.-4 Sept.,1970,Vol.3,ASM,Ohio,p.1145．
[85]  Anon.,Mater.Eng.,74(1971) ,№7,39．
[86]  Cahn,R.W.,J.Metals,25(1973) ,№2,28．
[87]  Rideout,S.et al.,Trans.AIME,191(1951) ,872．
[88]  Davies,R.G.and Johnston,T.L.,Ordered Alloys--Structural Application and Physical Metallurgy,Proc.3rd Bolton Landing Conf.,1970,ed.by B.H.Kear,Baton Rouge,La.,1970．
[89]  Das,D.K.et al.,Trans.AIME,194(1952) ,1071．
[90]  Karg,A.V.et al.,J.Inst.Metals,99(1971) ,301．
[91]  Boesch,W.J.and Slaney,J.S.,Metal Progr.,86(1964) ,№1,109．
[92]  Kriege,O.H.and Baris,J.M.,ASM Trans.Quart.,62(1969) ,195．
[93]  Murphy,H.J.et al.,J.Metals,20(1968) ,№11,46．
[94]  Cozar,R.and Pineau,A.,Met.Trans.,4(1973) ,47．
[95]  Sims,C.T.,J.Metals,18(1966) ,1119．
[96]  Quist,W.E.et al.,Met.Trans.,2(1971) ,825．
[97]  Mihalisin,J.R.et al.,Trans.AIME,242(1968) ,2399．
[98]  VerSnyder,F.L.and Piearcey,B.J.,SAE J.,74(1966) ,№7,36．
[99]  Beattie,H.J.and VerSnyder,F.L.,Nurture,178(1956) ,208．
[100]  Blasko,M.J.,Metal Progr.,103(1973) ,№3,42．
[101]  Rizzo,F.J.and Buzzanell,J.D.,J.Metals,21(1969) ,№10,24．
[102]  Perch,N.J.,J.Iron Steel Inst.,174(1953) ,25．
[103]  Boesch,W.J.and Canada,H.B.,J.Metals,21(1969) ,№10,34．
[104]  Hall,E.O.,Proc.Phys.Soc.(London),B64(1951) ,747．
[105]  Stroup,J.F.and Heacox,R.A.,J.Metals,21(1969) ,№11,46．
[106]  Cremisio,R.S.et al.,J.Metals,21(1969) ,№11,55．
[107]  依田连平,金属材料,8(1968) ,№1,3．
[108]  Schlatter,R.,Blast Furn.Steel Plant,57(1969) ,№1,19．
[109]  Nordheim,R.and Grant,N.J.,Trans.AIME,200(1954) ,211．
[110]  Aufderhaar,W.B.,Metal Progr.,93(1968) ,№6,135．
[111]  Bird,J.E.et al.,Quantltative Relation Between properties and Microstructure,ed.by D.C.Brandon,Israel Univ.Press,Jerusalem,1969,p.255．
[112]  Dyrkacz,W.W.,Metal Progr.,79(1961) ,№5,65．
[113]  #12
[114]  Schlatter,R.,J.Metals,24(1972) ,№5,17．
[115]  #12
[116]  Sperner,von F.,Vak.Tech.,11(1962) ,Nr.7,191．
[117]  #12
[118]  Barraclough,K.C.,J.Iron Steel Inst.,207(1969) ,826．
[119]  #12
[120]  Wood,D.R.and Cook,R.M.,Metallurgia,67(1963) ,109．
[121]  #12
[122]  Johnson,A.R.and Hamaker,J.C.,Mater.Des.Eng.,61(1965) ,№1,86．
[123]  #12
[124]  Cremisio,R.S.,Elec.Furnace Conf.Proc.,29(1971) ,19．
[125]  Symonds,C.H.,J.Aust.Inst.Metals,16(1971) ,№1,1．
[126]  Schlatter,R.,Elec.Furnace Conf.Proc.,29(1971) ,2．
[127]  Collins,H.E.,ASM Trans.Quart.,62(1969) ,82．
[128]  Bhat,G.K.,A Collection of Technical Papers Presented at the 2nd International Symposium on Electroslag Remelting Technology,Mellon Univ.,Pittsburgh,Pa.,23-25 Sept.1969,part 1．
[129]  Betteridge,W.and Franklin,A.W.,J.Inst.Metals,85(1957) ,473．
[130]  Kelley,T.N.and Klein,H.J.,Metal Progr.,102(1972) ,№3,97．
[131]  Hagel,W.C.and Beattie,H.J.,Precipitation Processes in Steels,Iron Steel Inst.,London,1959,p.98．
[132]  Elliott,C.F.et al.,Metals Eng.Quart.,10(1970) ,№2,46．
[133]  Fell,E.A.,Metallurgia,63(1961) ,157．
[134]  Oblak,J.M.et al.,Met.Trans.,2(1971) ,1499．
[135]  #12
[136]  Muzyka,D.R.,Metals Eny.Quart.,11(1971) ,№4,12．
[137]  #12
[138]  DeRidder,A.J.and Noel,R.J.,Deformation Processing of Superalloy Gas Turbine Components,SAE Paper №690101,Jan.13-17,1969．
[139]  Butteridge,W.,The Nimonic Alloys,Edward Arnold,London,1959,p.99．
[140]  Vaccari,J.A.,Mater.Eng.,72(1970) ,№2,28．
[141]  Gresham,H.E.,Metals Mater.,3(1969) ,433．
[142]  Rosenhain,W.et at.,J.Inst.Metals,23(1920) ,№1,261．
[143]  #12
[144]  Underwood,E.E.,J.Metals,14(1962) ,914．
[145]  Johnson,R.H.,Met.Rev.,15(1970) ,№146,115．
[146]  Brown,J.T.and Bulina,J.,High Temperature Materials,ed.by R.F.Hehemann and G.M.Ault,Wiley,New York,1959,p.38．
[147]  Avery,D.H.and Backofen,W.A.,ASM Trans.Quart.,58(1965) ,551．
[148]  Ewing,B.A.et al.,J.Mater.,5(1970) ,№3,651．
[149]  Wong,W.A.et al.,J.Inst.Metals,95(1967) ,129．
[150]  Anon.,Mater.Eng.,74(1971) ,№7,39．
[151]  Mukherjee,A.K.,Mater.Sci.Eng.,8(1971) ,№2,83．
[152]  Rideout,S.et al.,Trans.AIME,191(1951) ,872．
[153]  Stevens,R.N.,Met.Rev.,11(1966) ,№108,129．
[154]  Das,D.K.et al.,Trans.AIME,194(1952) ,1071．
[155]  Morre,J.B.et al.,U.S.Patent №3,519,503,July 7,1970．
[156]  Boesch,W.J.and Slaney,J.S.,Metal Progr.,86(1964) ,№1,109．
[157]  Staff Report,Metal Progr.,103(1973) ,№3,49．
[158]  Murphy,H.J.et al.,J.Metals,20(1968) ,№11,46．
[159]  Headley,T.J.et al.,Ultrafine-Grain Metals,ed.by J.J.Burke and V.Weiss,Syracuse Univ.Press,New York,1970,p.325．
[160]  Sims,C.T.,J.Metals,18(1966) ,1119．
[161]  Kear,B.H.et al.,J.Metals,24(1972) ,№6,25．
[162]  Mihalisin,J.R.et al.,Trans.AIME,242(1968) ,2399．
[163]  Giamei,A.F.and Kear,B.H.,Met.Trans.,1(1970) ,2185．
[164]  Beattie,H.J.and VerSnyder,F.L.,Nurture,178(1956) ,208．
[165]  Gould,G.C.,Trans.AIME,233(1965) ,1345．
[166]  Rizzo,F.J.and Buzzanell,J.D.,J.Metals,21(1969) ,№10,24．
[167]  Boesch,W.J.and Canada,H.B.,J.Metals,21(1969) ,№10,34．
[168]  Friedman,G.and Kosinski,E.,Metals Eng.Quart.,11(1971) ,№1,48．
[169]  Stroup,J.F.and Heacox,R.A.,J.Metals,21(1969) ,№11,46．
[170]  Anon.,Metal Prog.,101(1972) ,№1,76．
[171]  Cremisio,R.S.et al.,J.Metals,21(1969) ,№11,55．
[172]  Schlatter,R.,Blast Furn.Steel Plant,57(1969) ,№1,19．
[173]  Jahnke,L.P.,J.Metals,25(1973) ,№4,15．
[174]  Aufderhaar,W.B.,Metal Progr.,93(1968) ,№6,135．
[175]  田中良平,金属材料,13(1973) ,№4,59．
[176]  Dyrkacz,W.W.,Metal Progr.,79(1961) ,№5,65．
[177]  Schlatter,R.,J.Metals,24(1972) ,№5,17．
[178]  Sperner,von F.,Vak.Tech.,11(1962) ,Nr.7,191．
[179]  Barraclough,K.C.,J.Iron Steel Inst.,207(1969) ,826．
[180]  Wood,D.R.and Cook,R.M.,Metallurgia,67(1963) ,109．
[181]  Johnson,A.R.and Hamaker,J.C.,Mater.Des.Eng.,61(1965) ,№1,86．
[182]  Cremisio,R.S.,Elec.Furnace Conf.Proc.,29(1971) ,19．
[183]  Schlatter,R.,Elec.Furnace Conf.Proc.,29(1971) ,2．
[184]  Bhat,G.K.,A Collection of Technical Papers Presented at the 2nd International Symposium on Electroslag Remelting Technology,Mellon Univ.,Pittsburgh,Pa.,23-25 Sept.1969,part 1．
[185]  Kelley,T.N.and Klein,H.J.,Metal Progr.,102(1972) ,№3,97．
[186]  Elliott,C.F.et al.,Metals Eng.Quart.,10(1970) ,№2,46．
[187]  Oblak,J.M.et al.,Met.Trans.,2(1971) ,1499．
[188]  Muzyka,D.R.,Metals Eny.Quart.,11(1971) ,№4,12．
[189]  DeRidder,A.J.and Noel,R.J.,Deformation Processing of Superalloy Gas Turbine Components,SAE Paper №690101,Jan.13-17,1969．
[190]  Vaccari,J.A.,Mater.Eng.,72(1970) ,№2,28．
[191]  Rosenhain,W.et at.,J.Inst.Metals,23(1920) ,№1,261．
[192]  Underwood,E.E.,J.Metals,14(1962) ,914．
[193]  Johnson,R.H.,Met.Rev.,15(1970) ,№146,115．
[194]  Avery,D.H.and Backofen,W.A.,ASM Trans.Quart.,58(1965) ,551．
[195]  Wong,W.A.et al.,J.Inst.Metals,95(1967) ,129．
[196]  Mukherjee,A.K.,Mater.Sci.Eng.,8(1971) ,№2,83．
[197]  Stevens,R.N.,Met.Rev.,11(1966) ,№108,129．
[198]  Morre,J.B.et al.,U.S.Patent №3,519,503,July 7,1970．
[199]  Staff Report,Metal Progr.,103(1973) ,№3,49．
[200]  Headley,T.J.et al.,Ultrafine-Grain Metals,ed.by J.J.Burke and V.Weiss,Syracuse Univ.Press,New York,1970,p.325．
[201]  Kear,B.H.et al.,J.Metals,24(1972) ,№6,25．
[202]  Giamei,A.F.and Kear,B.H.,Met.Trans.,1(1970) ,2185．
[203]  Gould,G.C.,Trans.AIME,233(1965) ,1345．
[204]  Friedman,G.and Kosinski,E.,Metals Eng.Quart.,11(1971) ,№1,48．
[205]  Anon.,Metal Prog.,101(1972) ,№1,76．
[206]  Jahnke,L.P.,J.Metals,25(1973) ,№4,15．
[207]  田中良平,金属材料,13(1973) ,№4,59．

Full-Text

Contact Us

service@oalib.com

QQ:3279437679

WhatsApp +8615387084133