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Abstract：
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The incremental sheet metal forming process,in which sheet metal is being formed step by step with simple die,is defined as one kind of plastic deformation technology.Without the specific die,a complex shape part can be formed in this method.Its favorable feature is small forming load and high flexibility.This technology is particularly suitable for multi-variety and small-batch production of parts,so that more attentions are paid to it by the international community.The development of incremental sheet metal forming was mainly summed and discussed in the incremental bending forming,incremental forming of deep drawing and bulging shape,as well as incremental micro-forming.Finally the future development on the incremental sheet metal forming process was prospected and it was pointed out that the four areas-theoretical innovation,the development of new simulation software,the exploration of new forming program and the development of new forming equipment are the the developing trends at present.
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Funds：
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河南省教育厅基础研究基金资助(200410464013)
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AuthorIntro：
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Reference：
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[1]Jeswiet F J,Micari G,Hirt,et al.Asymmetric single pointincremental forming of sheet metal[J].CIRP Annals Manu-facturing Technology,2005,54(2):623-649.
[2]Daehn S Glenn.Improved formability with electric forming[J].Sheet Mental Forming Technology,1999,31(9):105-115.
[3]Tnakagawa.Advances in prototype and low volume sheetforming and tooling[J].Journal of Materials ProcessingTechnology,2000,98(4):244-250.
[4]Jeswie J,Micari F,Hirt G,et al.Asymmetric single pointforming of sheet metal[A].Proceedings of the 55thCIRPGeneral Assembly in Antalya[C].Switzerland:HallwagPublishing Ltd,2005.
[5]曹庚顺,胡春晓,黄永坚.俄罗斯飞机整体壁板成形技术[J].航空科学技术,1995,2(6):28-30.
[6]刘劲松,张士宏,曾元松,等.网格式整体壁板增量成形有限元数值模拟[J].材料科学与工艺,2004,12(5):515-517.
[7]张新华,曾元松,刘劲松,等.某型火箭整体壁板增量压弯成形试验[J].航空制造技术,2004,(2):92-94.
[8]张新华,曾元松,孙永军,等.缘条类零件的增量成形技术[J].航空制造技术,2005,(1):91-93.
[9]Zemin Fu,Mo J H,Zhang W X.Study on multiple-step in-cremental air-bending forming of sheet metal with springbackmodel and FEM simulation[J].International Journal of Ad-vanced Manufacturing Technology,2009,40(8):170-180.
[10]Matsubara S.Incremental backward bulge forming of a sheetmetal with a hemispherical tool[J].Journal of the JSTP,1994,35(8):1311-1316.
[11]Kitazawa K,Wakabayashi A,Murata K,et al.Metal flowphenomena in computerized numerically controlled incremen-tal stretch-expanding of aluminum sheets[J].Journal of Ja-pan Institute of Light Metals,1996,46(8):65-70.
[12]Kitazawa K,Hayashi S,Hayashi S.Hemispherical stretch-expanding of aluminum sheet by computerized numericallycontrolled uncremental forming process with two path method[J].Journal of Japan Institute of Light Metals,2001,46(30):219.
[13]Kitazawa K,Nakane M.Hemi-ellipsoidal stretch expandingof aluminum sheet by CNC incremental forming process with twopath methods[J].Int.J.Plasticity,1997,47(12):44-48.
[14]Jeswiet J,Hagan E.Rapid proto-typing of a headlight withsheet metal proceedings of sheimet[J].Journal of Mechanicalsciences,2001,18(6):165-170.
[15]井关日出男,长绳尚,加和典.ボ一ルロ一ぅによるフレキシァルな逐次胀出し成形に关する研究[A].日本机械学会论文集[C].东京:日本机械学会,1996.
[16]北泽君义,中岛复明.薄板的CNCイクリ?ンタル圆筒状胀出し成形[A].日本机械学会论文集[C].东京:日本机械学会,1996.
[17]谦一郎,大津雅亮,藤原直之.CCDカ?ぅとテ一タべ一スを用いた板材のハンマリンダ逐次成形[A].日本机械学会论文集[C].东京:日本机械学会,1998.
[18]神谷径.イソヶリメソタル深绞り加工法の开发[D].东京:京都大学,1999.
[19]David Young.Formability in computer numerically controlledsingle point incremental forming[D].Canada:Queen’s Uni-versity,2003,42(10):1-116.
[20]Jesweit J,Micari F,Hirt G.Asymmetric single point incre-mental forming of sheet metal[J].CIRP Annals Manufactur-ing Technology,2005,54(2):623-649.
[21]Bael V,Houtte,Van A.Finite element modeling of incre-mental forming of aluminum sheets[A].Sheet Metal 2005-Proceeding of the 11thInternational Conference[C].Shang-hai:International Academic Press,2005.
[22]Ham M,Jeswiet J.Single point incremental forming and theforming criteria for AA3003[A].CIRP Anmals-Manufactur-ing Technology[C].Baston:Kato,2005.
[23]Verbert J,Belkassem B,Henrard C,et al.Multi-Step tool-path approach to overcome forming limitations in single pointincremental forming[J].International Journal of MaterialForming,2008,1(1):203-206.
[24]Talebaraghi B,Manco G L,Bambach M,et al.Investiga-tion into a new hybrid forming process:Incremental sheetforming combined with stretch forming[J].CIRP AnnalsManufacturing Technology,2009,58(1):225-228.
[25]Bambach M,Taleb Araghi B,Hirt G.Strategies to improvethe geometric accuracy in asymmetric single point incrementalforming[J].Production Engineering,2009,3(2):145-156.
[26]Meier H,Buff B,Laurischkat R,et al.Increasing the partaccuracy in dieless robot-based incremental sheet metal form-ing[J].CIRP Annals Manufacturing Technology,2009,58(1):233-238.
[27]戴昆,王仲仁.板材零件数控增量成形壁变化规律的实验研究[J].锻压技术,1997,22(6):428-31.
[28]方漪,戴昆,王仲仁,等.板材数控增量成形过程的研究[J].塑性工程学报,1999,6(3):49-54.
[29]黄诊媛,罗昊,阮锋,等.数控逐次塑性成形系统的开发及成形试验[J].机电工程技术,2001,8(5):30-31.
[30]夏琴香,阮锋,岛进,等.杯形件的单道次拉深旋压成形工艺研究[J].锻压技术,2002,27(6):42-45.
[31]贾俐俐,高锦张,郑勇,等.金属直壁筒形件数控增量成形工艺研究[J].锻压技术,2006,31(5):133-135.
[32]贾俐俐,王书鹏,高锦张.基于挖槽方式的直壁件增量成形方法[J].锻压技术,2008,33(4):29-33.
[33]张庆丰,周旭东,杨涤心.盒形件增量拉深成形模具设计及工艺试验[J].模具工业,2007,33(8):24-27.
[34]Saotome Y,Okamoto T.An in-situ incremental microformingsystem for three-dimensional shell structures of foil materials[J].Journal of Materials Processing Technology,2001,113(6):636-640.
[35]Tanaka S,Nakamura T.Miniature incremental forming ofmillimeter-sized thin sheet structures[A].Proceeding of the7thICTP[C].Yokohama:K Hayakawa,2002.
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