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第2期 许焕宾等:横向不均匀润滑轧制理论 .255 (孙建林.轧制工艺润滑原理、技术与应用,北京:治金工业出 Technol Beijing 2006.28(3):287 版社,2004) (曹建国,张杰,甘健斌,等.无取向硅钢热轧工作辊磨损预 [8]Sun JL F riction and Lubrication in the P rocess ofM a terial Fom 报模型.北京科技大学学报,200628(3):287) ng Beijing National Defense Industry Press 2007 [14]LiH B Zhang J Cao J G.et al Chanacteristics of backup roll 孙建林.材料成形摩擦与润滑.北京:国防工业出版社,2007) wear contour in a CVC continuous hot rolling mill J Univ Sei [9]Zou JX.Roll wear prdiction by cakulation Iron Steel 1986.21 Technol Beijing 2008 30(5):558 (7):23 (李洪波,张杰,曹建国,等.CVC热连轧机支持辊不均匀磨 (邹家祥.轧辊磨损预报计算.钢铁,198621(7):23) 损及辊形改进,北京科技大学学报,200830(5):558) [10]Holland J H.Adapta tion n Nature and Artificial Systoms Ann [15]Ginzburg V B High qua lity Steel Rollng:Theory and P ractice A thog The University ofM ichigan Press 1975 New York:MarcelDekker Ine 1993 [11]Guo R M.Development verification and application of a statistical [16]Hua JX.Jn Y H.Wu W B.Spray cooling contml in flamness con moll wear model of molling mills ARMCO Res Technol 1997:1 tmol on col molling m ill Metall Ind Autom.2002(1):41 [12]Hao JW.Researh on the work moll wear model and parmeters (华建新,金以慧,吴文斌.冷轧板形控制中的精细冷却控 on 2250 CVC hot strip m ills Meta ll Equip 2008(4):13 制-冶金自动化,2002(1):41) (郝建伟,2250CVC热连轧机工作辊磨损模型及参数的研 [17]W ang X H.LiY Y,W ang Y.et al Control of asymmetric higher 究.治金设备,2008(4):13) oler flatness in col mlling m ill Steel Rolling 2008 25(3):25 [13]Cao JG Zhang J Gan JB etal Work mll wear prediction model (王训宏,李有元,王勇,等,冷轧机组不对称高次浪形的控 of non oriented electrical steel sheets in hot strip m ills J Univ Sci 制.轧钢,200825(3):25) (上接第233页) [8]Cheng JY.W ang M P.LiZ et al Pmoperties and m icmostnic- AbOs Cu camposites w ith high strength and electric conductivi uwes ofCuA bOs alloy pmoduced by intemal oxiation TmansMa- ty Acta Metall Sin 1999,35(8):888 ter HeatTmeat 2003 24(1):23 (申玉田,崔春翔,孟凡斌,等.高强度高导电C山A03复合 (程建奕,汪明朴,李周,等.内氧化法制备的Ab0Cu合金 材料的制备·金属学报,1999,35(8):888) 的显微组织与性能.材料热处理学报,200324(1):23) [11]Cadek J Kucharova K.Milicka K.Cmep in copper dispersion [9]Shen Y T Sun JZ CuiC X.et al Study on intemal oxilation strengthened with fne akm ina particles and reinforced w ith ah- product of Cu Alalby and its distribution Powder M etallTechnol m ina short fores an ODS copper matrix camposite J Allbys 2004.22(3):131 Cmpd2004378123 (申玉田,孙建忠,崔春翔,等.C一A合金内氧化产物及分布 [12]LiG B.Sun J B Fabrication of the nanaeter AbOs/Cu camn- 的研究.粉末冶金技术,2004.22(3):131) posite by intemal oxidation JMater Pmcess Technol 2005 170. [10]Shen Y T.Cui C X.Meng F B et al Fabrication of nancneter 336第 2期 许焕宾等: 横向不均匀润滑轧制理论 (孙建林.轧制工艺润滑原理、技术与应用.北京:冶金工业出 版社‚2004) [8] SunJL.FrictionandLubricationintheProcessofMaterialForm- ing.Beijing:NationalDefenseIndustryPress‚2007 (孙建林.材料成形摩擦与润滑.北京:国防工业出版社‚2007) [9] ZouJX.Rollwearpredictionbycalculation.IronSteel‚1986‚21 (7):23 (邹家祥.轧辊磨损预报计算.钢铁‚1986‚21(7):23) [10] HollandJH.AdaptationinNatureandArtificialSystems.Ann Arbor:TheUniversityofMichiganPress‚1975 [11] GuoRM.Developmentverificationandapplicationofastatistical rollwearmodelofrollingmills.ARMCOResTechnol‚1997:1 [12] HaoJW.Researchontheworkrollwearmodelandparameters on2250CVChotstripmills.MetallEquip‚2008(4):13 (郝建伟.2250CVC热连轧机工作辊磨损模型及参数的研 究.冶金设备‚2008(4):13) [13] CaoJG‚ZhangJ‚GanJB‚etal.Workrollwearpredictionmodel ofnon-orientedelectricalsteelsheetsinhotstripmills.JUnivSci TechnolBeijing‚2006‚28(3):287 (曹建国‚张杰‚甘健斌‚等.无取向硅钢热轧工作辊磨损预 报模型.北京科技大学学报‚2006‚28(3):287) [14] LiHB‚ZhangJ‚CaoJG‚etal.Characteristicsofbackuproll wearcontourinaCVCcontinuoushotrollingmill.JUnivSci TechnolBeijing‚2008‚30(5):558 (李洪波‚张杰‚曹建国‚等.CVC热连轧机支持辊不均匀磨 损及辊形改进.北京科技大学学报‚2008‚30(5):558) [15] GinzburgVB.High-qualitySteelRolling:TheoryandPractice. NewYork:MarcelDekkerInc‚1993 [16] HuaJX‚JinYH‚WuW B.Spraycoolingcontrolinflatnesscon- troloncoldrollingmill.MetallIndAutom‚2002(1):41 (华建新‚金以慧‚吴文斌.冷轧板形控制中的精细冷却控 制.冶金自动化‚2002(1):41) [17] WangXH‚LiYY‚WangY‚etal.Controlofasymmetrichigher orderflatnessincoldrollingmill.SteelRolling‚2008‚25(3):25 (王训宏‚李有元‚王勇‚等.冷轧机组不对称高次浪形的控 制.轧钢‚2008‚25(3):25) (上接第 233页 ) [8] ChengJY‚WangM P‚LiZ‚etal.Propertiesandmicrostruc- turesofCu-Al2O3alloyproducedbyinternaloxidation.TransMa- terHeatTreat‚2003‚24(1):23 (程建奕‚汪明朴‚李周‚等.内氧化法制备的 Al2O3--Cu合金 的显微组织与性能.材料热处理学报‚2003‚24(1):23) [9] ShenYT‚SunJZ‚CuiCX‚etal.Studyoninternaloxidation productofCu-Alalloyanditsdistribution.PowderMetallTechnol‚ 2004‚22(3):131 (申玉田‚孙建忠‚崔春翔‚等.Cu--Al合金内氧化产物及分布 的研究.粉末冶金技术‚2004‚22(3):131) [10] ShenYT‚CuiCX‚MengFB‚etal.Fabricationofnanometer Al2O3-Cucompositeswithhighstrengthandelectricconductivi- ty.ActaMetallSin‚1999‚35(8):888 (申玉田‚崔春翔‚孟凡斌‚等.高强度高导电 Cu--Al2O3复合 材料的制备.金属学报‚1999‚35(8):888) [11] CadekJ‚KucharovaK‚MilickaK.Creepincopperdispersion strengthenedwithfinealuminaparticlesandreinforcedwithalu- minashortfibres—anODScoppermatrixcomposite.JAlloys Compd‚2004‚378:123 [12] LiGB‚SunJB.FabricationofthenanometerAl2O3/Cucom- positebyinternaloxidation.JMaterProcessTechnol‚2005‚170: 336 ·255·
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