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塑性加工润滑技术的新动向 被引量：4

Some new developments in process tribology
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摘要 本文从环境保护的角度 ,对塑性加工摩擦与润滑技术的发展状况进行了概述。介绍了具有环境保护意识的润滑技术和成形技术的发展方向和目标 ,就变换加工技术、调整模具或工件材料、改变模具或工件的表面处理。 The development state of friction and lubrication in metal forming was summarized from the viewpoint of environment protection.The development direction and purpose of lubrication teachnology and forming technology were explained. The effect on reducing environment despite by changing manufacturing methods, altering the material of parts and adopting harmless lubricant etc. was introduced.
作者 王志刚
机构地区 日本岐阜大学工学部
出处 《塑性工程学报》 CAS CSCD 2002年第4期20-24,共5页 Journal of Plasticity Engineering
关键词 塑性加工 环境保护 润滑 摩擦试验机 metal forming environment protection process tribology tribometer
分类号 TG3 [金属学及工艺—金属压力加工] TH117.2 [机械工程—机械设计及理论]
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参考文献20

  • 1JSTP,"Tribology in Metal Forming Processes,"(in Japanese), CORONA CO., LTD., (1988),pp.83
  • 2Z Wang, K Kondo,T Mori. "Surface Smoothing Mechanism by replication in Ironing Process", ASME, Journal of Engineering for Industry,1995,117:259～265
  • 3Z Wang, K Kondo, T Mori. "A Consideration of Optimum Condition for Surface Smoothing Based on Lubricating Mechanism in Ironing Process", ASME, Journal of Engineering for Industry, 1995,117:353～359
  • 4K Dohda,"Tribo-test for Forming Processes," Journal of JSTP (in Japanese), 34-393(1993), pp.1091-1099
  • 5K Dohda, Wang Z."Investigation into Relationship between Friction Behavior and Plastic Deformation Using a Newly Devised Rolling-Type Tribometer," ASME J. Tribol., 1995,117:529～533
  • 6JSTP, "Tribology in Metal Forming Processes," (in Japanese), CORONA CO., LTD., (1988), pp.101
  • 7N Kawai, Nakamura T, Dohda K."Development of Anti-Weldability Test in Metal Forming by Means of Strip-Ironing Type Friction Testing Machine,"ASME J. Eng., 104(1982), pp.375～382
  • 8A T Male, Cockroft M G."A Method for the Determination of the Coefficient of Friction of Metals Under Conditions of Bulk Plastic Deformation", J. Inst. Metals,1964,93:38～47
  • 9K Imazu."Stretch Draw Forming of Laminated Sheet," Journal of JSTP(in Japanese),38～432,(1997).52～56
  • 10Y Takashina, R Matsumoto, K Osakada. "Frictional Property of Boron-added Carbon Steel in Dry Cold Forging",Proc of the 52nd Japanese Joint Conference for the Technology of Plasticity, (2001), pp.257～258

同被引文献41

  • 1王利军,郭楚文,杨志伊,张东海.添加纳米Fe_3O_4润滑剂磨损性能试验研究[J].润滑与密封,2006,31(9):30-31. 被引量：11
  • 2陈笠,张质良,吴年盛.拉深润滑剂的摩擦特性及其影响因素[J].润滑与密封,1996,21(6):41-44. 被引量：2
  • 3[1]H Y Gong,Z L Lou,Z L Zhang.Studies on the Friction and Lubrication Characteristics in Sheet Steel Drawing Process[J].Journal of Material Processing Technology,2004.(151):328～333
  • 4[6]徐树成.薄板冲压成形过程中万能摩擦试验装置的研究开发[D].北京科技大学博士后学位论文,2000
  • 5[7]Mahadavian S M,Z M Zhao.Isoviscous Hydro-dynamic Lubrication of Deep Drawing and Its Comparison[J].ASME.J of Tribology,1993.115,111～120
  • 6[8]K Dohda.Tribology Test for Forming Processes[J].Journal of JSTP,1993.34-393,1091～1099
  • 7BIHAMTA R, BUI Q H, GUILLOT M, et al. Application of a New Procedure for the Optimization of Variable Thickness Drawing of Aluminum Tubes [ J ]CIRP Journal of Manufacturing Science and Technology ,2012,52.
  • 8FANG Gang, AI Wei-jiang, LEEFLANG Sander, et al. Muhipass Cold Drawing of Magnesium Alloy Minitubes for Biodegradable Vascular Stents [ J ]. Materials Science & Engineering C ,2013.
  • 9SKOLYSZEWSKI A, PA(KO M. Back Tension Value in the Fine Wire Drawing Process [ J ]. Journal of Materials Processing Tech, 1998,80.
  • 10五弓勇雄,梦赢.辊式拉模拉丝法[J].重型机械,1964(4):18-23.

引证文献4

二级引证文献1

塑性工程学报
2002年 第4期

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