参考文献

[ 1 ]　余同希 ,张亮炽 .塑性弯曲理论及其应用 .北京 :科学出版社 ,1 992 ,p45～ 86,p1 81～ 1 87

[2 ]　Huang M,Gerdeen JC.Springback of doubly curveddevelopable sheet metal surface.2 2 An overview,SAE Trans.,Section5,940 938,71 8～ 731

[3]　 Hill R.塑性数学理论 .王仁等译 ,北京 :科学出版社 ,1 966,p31 2～ 31 9

[4]　 Leu D K.A simplified approach for evaluating bend-ability and springback in plastic bending of anisotrop-ic sheet metals,J.Mats.Processing Technology,1 997.66,9～ 1 7

[5]　 Fenoglietto F,etc.Sprinback analysis in orthotropicsheet metal forming with an elasto plastic formula-tion using a kinematic hardening model,Proc.NUMI-FORM5,Shen&Dawson( eds) ,1 995,Balkema,Rot-terdam,p699～ 70 4

[6]　 Duncan JL,Bird JE.Approximate calculations fordraw die forming and their application to aluminumalloy sheet,Metal Forming Plasticity Symposium,Tu-taing Germany,1 978,Inter.Union of Theoretical andAppl.Mechanics,45～ 52

[7]　 Duncan JL.Calculation of springback and toe- in in theStretched bending of sheetmetal,Sheet Metal Indus-try,Feb.,1 980 .1 2 0～ 1 2 3

[8]　 Zhang L C.A mechanics model for sheet- metal stamp-ing using deformable dies,J.Mats.Processing Tech-nology,1 995,( 53) :798～ 81 0

[9]　 El- Domiaty A,Shabaik A H.Bending of work- harden-ing metals under the influence of axial load,J.Mech.Working Technology,1 984,1 0 ,57～ 66

[1 0 ]　 El- Domiaty A,Shabara M A N.Determination ofstretch- bendbility of sheetmetals,Int.J.Mach.ToolsManufact.,1 996.1 36( 5) :635～ 650

[1 1 ]　 Pourboghrat F.Chu E.Prediction of spring- back andside- wall curl in 2 - d draw bending.J.Mats.Process-ing Technology,1 995,( 50 ) :361～ 374

[1 2 ]　 Kuwabara T,Takahashi S,etc.2 - D springback analysisfor stretch- bending processes based on total straintheory,SAE Trans.section5,950 691 ,50 4～ 51 3

[1 3]　Zhang Z T,Hu SJ.Stress and residual stress distribu-tions in plane strain bending,Int.J.Mech.Sci.1 998,40 ( 6) :533～ 543

[1 4]　 Umehara Y.Technologies for the more precise press-forming of automobile parts,J.Mats.ProcessingTechnology,1 990 ,( 2 2 ) :2 39～ 2 56

[1 5]　 Siegert K,Altan T,Nakagawa T.Development andmanufacture of dies for car body production,Annls ofthe CIRP1 997,46 ( 2 ) :535～ 543

[1 6]　 Story JM,Jarvis G W,etc.Issues and trends in auto-motive aluminum sheet forming,SAE Trans.Section5,930 2 77,32 0～ 344

[1 7]　郑莹 ,吴勇国等 .板料成形数值模拟进展 .《塑性工程学报》,1 996,3 ( 4 ) :34～ 47

[1 8]　肖军 ,李尚健 .金属材料弯曲成形计算机模拟进展 .《塑性工程学报》,1 997,4( 2 ) :3～ 7

[1 9]　叶又 ,彭颖红等 .板料成形数值模拟的关键技术及难点 .《塑性工程学报》,1 997,4( 2 ) :1 9～ 2 2

[2 0 ]　 Makinouchi A.Elastic- plastic stress analysis of bending and hemming of sheet metal,N.M.Wang,S.C.Tang ( eds) ,Computer Modeling of Sheet MetalForming Process,A Publication of the MetallurgicalSociety,Inc.,1 985,1 61～ 1 76

[2 1 ]　Mkinnouchi A.Finite element modeling of draw- bend-ing process ofsheetmetal,Proc.NUMIFORM'86,K.Mattiasson&A.Samuelsson,etc( eds) ,A.A.Balkema,Rotterdam,Boston,1 986,32 7～ 332

[2 2 ]　 Joannic D,Gelin JC.Accurate simulation of spring-back in3D sheet metal forming processes,Simulationof Materials Processing:Theory,Methods and Appli-cations,Shen&Dawson( eds) ,1 995,Balkema,Rotter-dam.,Proc.NUMIFORM'95,72 9～ 734

[2 3]　Kawka M,Makinouchi A.Analysis of multi- operationautomotive sheet metal forming processes,AdvancedTech.of Plasticity,Proc.4th ICTP,Beijing,1 993,( ICTP'93) 1 81 1～ 1 81 6

[2 4 ]　 Stoughton T B.Finite element modeling of1 0 0 8AKsheet steel stretched over a rectangular punch withbending effects,Computer Modeling of Sheet MetalForming Process,N.M.Wang,S.C.Tang( eds) ,A Publication of the Metallurgical Society,Inc.1 985,1 43～ 1 60

[2 5]　 Huh H,Han S S.Modified membrane finite elementformulation consider bending effects in sheet metalforming analysis,Int.J.Mech.Engg.,1 994,1 36( 7) :659～ 671

[2 6]　 Wu L W,Springback and residual stress analysis forsheet metal forming processes by dynamic relaxationin conjunction with finite element method ICTP'93,1 840～ 1 845

[2 7]　 Huang E,etc.Numerical simulation of sheetformingprocesses,Sheet Metal Industries,Nov.,1 995,2 4～ 30

[2 8]　 Brunet M.A finite analysis of springback in plan fold-ing with binders of high strength steel sheets,Com-putational Methods for Predicting Material Process-ing Defects,M.Predeleanu ( eds) ,Elsevier SciencePublishers B.V.,Amsterdam,1 987,p47～ 56

[2 9]　Finn M J,Galbraith P C,etc.Use ofcoupled explicit-implicit solver for calculating spring- back in automo-tive body panels,J.Mats.Processing Tech.,1 995,( 50 ) :395～ 40 9

[30 ]　 Micari F,etc.Springback evaluation in full 3- D sheetmetal forming processes,CIRP,1 997,46( 1 ) :1 67～ 1 70

[31 ]　 Oh SI,S Kobayashi.Finite elementanalysis of plane-strain sheet bending,Int.J.Mech.Sci.,1 980 .2 2 :583～ 594

[32 ]　Spisak E,Stachowicz F.Deformation analysis oflarge-sized autobody panels,J.Mats.Processing Tech.,1 995,( 53) :81 7～ 82 6

[33]　 Muraoka Y,Miyaoka H.Development of an all- alu-minum automotive body,J.Mats.Processing Tech.,1 993,( 38) :655～ 674

[34]　 Du C O,Zhang L ,etc.Springback prediction in sheetforming simulation,SAE Trans.Section5,940 937,70 7～ 71 7

[35]　 Kawka M,Kakita T,Makinouchi A.Simulation ofmulti- step sheet metal forming processes by a staticexplicit FEM code,J.Mat.Processing Technology,80 - 81 .1 998,54～ 59

[36]　陈毓勋 .板材与型材弯曲回弹控制原理与方法 .北京 :国防工业出版社 ,1 990 ,6

[37]　宋黎 ,杨坚等 .板料弯曲成形的回弹分析与工程控制综述 .《锻压技术》,1 996 ( 1 ) :1 8～ 2 2

[38]　Shu JS,Hung C H.Finite elementanalysis and opti-mization of springback reduction:The“Double-bend”technique,Int.J.Mach.Tools Manufact.,1 996,1 36 ( 4 ) :42 3～ 434

[39]　Oral S,Darendeliler H.The optimum die profile forthe cylindrical bending of plates,J.Mats.ProcessingTechnology,1 997,70 ,1 51～ 1 55

[40 ]　王晓林 ,周贤宾 .金属板弹塑性非圆弧弯曲回弹的计算 .《塑性工程学报》,1 996,1 3 ( 4 ) :2 7～ 33

[41 ]　 Yang M,Manabe K I,Nishimura H.Developmentofreal- time process control system for precision andflexible V- bending with an on- line database,J.Mats.processing Technology,1 996,( 60 ) :2 4 9～ 2 54

[42 ]　 Stelson K A.An adaptive pressbrake control forstrain- hardening materials,J.Engg.for industry,1 986,1 0 8( 3) :1 2 7～ 1 32

[43]　 Kwok SK,L ee W B.The development of a machinevision system for adaptive bending sheet metals,J.Mats.Processing Tech.,1 995,48,43～ 49

[44]　崔令江 .冲压板材的成形问题 .《锻压机械》,1 997,( 3) :2 3

[45]　 Sim H B,Boyce M C.Finite elementanalyses of real-time stability control in sheet forming processes,J.Engg.Mats.Tech.,1 992 ,1 1 4( 2 ) :1 80～ 1 88

[46]　Obermeyer E J,Majlessi S A.A review of recent ad-vances in the application of blank- holder force to-wards improving the forming limits of sheet metalparts.1 998,75,2 2 2～ 2 34

[47]　 Karafillis A P,Boyce M C.Tooling design in sheetmetal forming using springback calculations,Int.JMech.Sci.,1 992 ,34( 2 ) :1 1 3～ 1 31

[48]　Karafillis A P,Boyce M C.Tooling and binder designfor sheet metal forming processes compensatingspringback error,Int.J.Mech.Tools Manufact.,1 996,36 ( 4 ) :50 3～ 52 6

[49]　 Wu L W,Du C Q,etc.Iterative FEM die surface de-sign to compensate for springback in sheet metalstampings,NUMISHEET5,1 995,637～ 641

[50 ]　 Wu L W.Generate tooling mesh by FEM virtual form-ing model for springback compensation in die surfacedesign of sheetmetal stamping,SAE Trans.,Section5,960 592 ,643～ 649

[51 ]　 Webb R D,Hardt D E.A transfer function descriptionof sheet metal forming for process control,Trans.ASME,J.Engg.Industry,1 991 ,33( 2 ) :44～ 52

[52 ]　Proc.Of2 nd Inter.Conf.on Numerical Simulationof 3D Sheet Metal Forming Processes,Isehara,Japan,1 993,Anthologized by J.Mats.Proc.Tech.1 995,50

[53]　 http://www.numisheet99.univ- fcomte.fr/

[54]　 Mattiasson K,Thilderkvist P,etc.Simulation ofspringback in sheet metal forming,NUMIFORM5,1 995,1 1 5～ 1 2 4

[55]　 Lee SW,Yang D Y.An assessmentof numerical pa-rameters influenceing springback in explicit finite ele-ment analysis of sheet metal forming process,J.Mats.Processing Technology,80 - 81 ,1 998,60～ 67

[56]　Ruffini R,Cao J.Using neural network for springbackminimization in a channel forming process,SAE,SP-1 32 2 ,980 0 82 ,EIP980 341 1 9444

[57]　 Forcellese A,Gabrielli F,Ruffini R.Effectofthe train-ing size on springback control by neural networkingin an air bending process,J.Mats.Processing Tech-nology,80 - 81 ,1 998,493～ 50 0