Journal Home Online First Current Issue Archive For Authors Journal Information 中文版

Strategic Study of CAE >> 2000, Volume 2, Issue 11

Study on High Efficiency Machining Technology and Its Applications

Dept. of Mechanical Engineering, Shandong University of Technology, Jinan 250061, China

Funding project:国家自然科学基金资助项目(59875091) Received: 2000-06-09 Revised: 2000-07-10 Available online: 2000-11-20

Next Previous

Abstract

The cutting technique is the most widely used technology in machining field and the focus of the majority of cutting technology research has been directed toward high-speed machining. For superhard materials machining, the main trend is the development of new combined technology of grinding, ultrasonic machining (USM) , electrical-discharge machining (EDM) and others. The theoretical and technical research work and results on high efficiency machining and high efficiency combined technology are presented in the paper. They include mainly the fundamental theory of high-speed machining, new system for development of ceramic cutting tool materials as well as the theories and techniques of electrical-discharge grinding machining (EDGM), combined technology of ultrasonic machining (USM) and electrical-discharge machining (EDM) for superhard materials. The results used in practice show that the developed high efficiency machining technologies may greatly promote the machining efficiency, improve the surface quality and reduce the machining cost.

Figures

图1

图10

图11

图12

图13

图14

图15

图16

图17

图2

图3

图4

图5

图6

图7

图8

图9

References

[ 1 ] 狩野吉 , デ—タでみる切削加工の最先端技术[M].东京 :工业调查会 , 1 992

[ 2 ] SchuleH , etal.High speedmachining [J].AnnalsofCIRP , 1 992 , 41 (2 ) :637~ 643

[ 3 ] 艾兴 , 萧虹 .陶瓷刀具切削加工 [M ].北京 :机械工业出版社 , 1 988 link1

[ 4 ] 艾兴 , 刘镇昌 , 赵军 , 等 .高速切削技术研究和应用 [A].全国生产工程第 8届学术大会暨第 3届青年学术会议论文集 [C].北京 :机械工业出版社 , 1 999. 1 46~ 1 49

[ 5 ] 周泽华 .金属切削理论 [M ].北京 :机械工业出版社 , 1 992 link1

[ 6 ] 平尾政利 .高速切削时における切削热の举动に关する研究 [J].精密工学会 , 1 998, 64 (7) :1 0 67~ 1 0 71

[ 7 ] ToenshaffHK , etal.Chipformationathigh cuttingspeed [A].HighSpeedMachining [C].ASME , U .S .A , 1 984.95~ 1 0 0

[ 8 ] AiXing , XiaoHong .Studyonthewearmechanismofcompositeceramictoolinturningsteel [A].4thInt.SymposiumonProductionControlProceedings [C].Beograd , 1 986. 65~ 69

[ 9 ] 萧虹 , 艾兴 .晶须增韧陶瓷刀具的磨损机理 [J].机械工程学报 , 1 992 , 2 8 (3) :1~ 5 link1

[10] 孙永青 , 艾兴 .陶瓷刀具材料微观结构及其对切削性能的影响 [A].信息技术与先进制造系统学术会议论文集 [C].南京 :华东工学院 , 1 990 . 2 94~ 2 97

[11] 艾兴 , 李兆前 .金属切削刀具可靠性的研究 [A].中国高校金属切削研究会第四届学术年会科研论文选 [C].北京 :机械工业出版社 , 1 991 . 1 2~ 1 7

[12] 萧虹 , 艾兴 .陶瓷刀具端铣淬硬钢时的破损规律研究 [J].山东工业大学学报 , 1 984, (1 ) :9~ 1 7 link1

[13] AiXing , LiZhaoqian .Characteristicsofceramictoolfracture [A].In :XingSL , LowIM .CeramicsforApplication I [C].Switzerland :Trans.Tech .Pub lishing , 1 994.1 65~ 2 2 0

[14] 艾兴 , 夏传波 .陶瓷刀具断续车削钢时破损判据的研究 [J].机械工程学报 , 1 989, (3) :1~ 7 link1

[15] HuangChuanzhen , AiXing .Studyonthetechniquetomeasuretipstresswithlaserincuttingprocess [A].Proc .of 6thInt.ManufacturingConferencewithChi na [C ].HongKong :Int.AcademicPublisher, 1 993. 363~ 366

[16] 黄传真 许崇海 , 艾兴 .端铣淬硬钢时新型陶瓷刀具热破损的强激光模拟 [J].机械强度 , 1 996, (4) :2 1~ 2 5 link1

[17] 许崇海 , 艾兴 , 黄传真 氧化铝基陶瓷刀具切削可靠性研究基于磨损的刀具可靠性 [J].工具技术 , 1 998, (1 ) :4~ 7 link1

[18] 邓建新 , 艾兴 .Al2 O3-TiB2 陶瓷刀具材料的研制及耐磨性能研究 [J].现代技术陶瓷 , 1 994, 1 5 (2 ) :8~ 1 3 link1

[19] 黄传真 , 李兆前 , 艾兴 .评价新型陶瓷刀具破损可靠性的新指标 [J].机械强度 , 1 996, 1 8 (1 ) :69~ 72 link1

[20] 艾兴 , 赵军 , 刘战强 , 等 .推动陶瓷刀具研究走上国际先进行列 [J].中国机械工程 , 1 999, 1 0 (9) :1 0 33~ 1 0 35 link1

[21] AiXing , ZhaoJun , etal.Developmentofanad vancedceramictoolmaterials -Functionally gradientcuttingceramics [J].MaterialsScienceandEngineer ing , A , 1 998, 2 4 8 (1— 2 ) :1 2 5~ 1 31

[22] 许崇海 , 艾兴 , 等 .特殊添加剂陶瓷刀具材料的研制及其应用———稀土硬质合金刀具材料研究进展[J].机械工程材料 , 1 997, 2 1 (3) :1~ 3 link1

[23] 李兆前 , 艾兴 , 等 .新型陶瓷复合片的成型机制研究 [J].中国机械工程 , 1 996, (7) :71~ 73 (增刊 )

[24] 邓建新 , 艾兴 , 等 .陶瓷 -硬质合金复合片的界面结合机制 [J].科学通报 , 1 997, 42 (1 2 ) :1 338~ 1 346 link1

[25] AiXing , ZhangJianhua .Developmentofadvancedtechnologyforsuperhardmaterials [A].Proc .of 2ndICMT [C].HongKong , 1 993.1 0 0~ 1 0 3

[26] ZhangJianhua, AiXing .Studyonthecombinedtech nologyfortheprecisionmachiningofconductivesuper hardmaterials [A].Proc .ofCIRPConferenceonPrecisionEngineeringandManufacturingSystem[C].Tianjin :TianjinUniversityPress, 1 991 . 385~ 393

[27] 霍孟友 , 艾兴 , 等 .超声电火花同步复合加工用脉冲电源设计 [J].电加工 , 1 997, (4) :2 7~ 2 9 link1

[28] AiXing , ZhangJianhua .Studyonthegrindingofpolycrystallinediamondwithslotteddiamondwheel[A].ProceedingsofNAMRCXXIIIofSME [C].Honghton , Michigan , U .S .A , 1 995. 55~ 59

[29] 张建华 , 艾兴 .陶瓷材料的机械磨放电复合加工技术研究 [J].山东工业大学学报 , 1 981 , 2 1 (4) :1 9~ 2 5 link1

[30] JiaZhixin , ZhangJianhua , AiXing .Ultrasonicvibra tionpulseEDMofholesinengineeringceramics [J].JournalofMaterialsProcessingTechnology , 1 995, (53) :81 1~ 81 6

[31] ZhangJianhua , AiXing .Studyonthemarchingofce ramics [A].In :TransformationofScienceandTech nologyintoProductivePower [C].Proc .of 1 1thICPR , Hefei, Anhui, China , 1 991 . 1 935~ 1 938

Related Research