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FMS3,FMS,,,,FMSTH165.33(94J14õ6õ4õKG0169):199807021FMSCIM,,,,,:,,,;;;;,;;,,,,,,2FMS2:;,2.1FMS,FMS1,2.2FMS(1)01810719997©1995-2005TsinghuaTongfangOpticalDiscCo.,Ltd.Allrightsreserved.PLCNC1(2),,(3),,,(4),,,,(5)[1,2],2,,,,,(6)(),()2.3FMS,,FMS:FMS;;AEAE55FMS,;FMS,1986863,118FMS©1995-2005TsinghuaTongfangOpticalDiscCo.,Ltd.Allrightsreserved.,,Weck[3]1986,NC,Tonshoff[4]Monostori[5]1993Du[6]1995,,Matrin[7];LeeJay[8]2.4,[9],,,AR,1983Tlysty[10],,Bertok19831986,AR,Emel1988AE,Elbestawi1989Barker1993Ramamurthi19931994Tarng1994,KayeZhangDeyuan[11]1995SunilElanayar1995Tansel1995ART2Das1997(AHP)X.Q.Li19972San2tochi1997J.C.Chen1997ANN2.5,,Chryssolouris,3Dornfeld1991,OkaforDiYan,NooriKhajaviKomanduriGovekarGrabec,,Lezanski199321810719997©1995-2005TsinghuaTongfangOpticalDiscCo.,Ltd.Allrightsreserved.,Monostori[5]1993Dimla1998ANNSilva1998AEKim1996Dimla[12]1997,()ANN,[13]2.6,[14]FMS,FMSPLC,,,FMSFMS,FMS651AGV[15]1995CNC,,,1997[16][17],,,Majstorvic[18]1990,AlexBykat[19]1991,Monostori[5],ANNCIMSANNCIMSValavanis[20]1994,TorGuimaraes[21]1995,Huang[22]1995-,2:1997Dini[23]19801996ANNPetri,64233.1(1),(2),,,(3)Weck,80,,,(4)318FMS©1995-2005TsinghuaTongfangOpticalDiscCo.,Ltd.Allrightsreserved.,,,,3.2(1)90,;,,(2),CNCöPLCö,(3),(4),,(5),,(6),,,4FMS(1),(),,(2);(3);,,;,(4),,;,(5),;,,,,(6);,(7),(8),,,(9),,1IsermannR.Automatica,1984,20(4):3874042IsermannR,BalleP.ControlEngineeringPractice,1997,5(5):7097193WeckM.ComputersinIndustry,1986,7:45514TonshoffHK.AnnalsofCIRP,1988,37(2):6116235MonostoriL.AnnalsofCIRP,1993,42(1):48548841810719997©1995-2005TsinghuaTongfangOpticalDiscCo.,Ltd.Allrightsreserved.6DuR,ElbestawiMA,WuSM.ASMEJ.ofEngineer2ingforIndustry,1995,117:1211417MartinKF.Int.J.Mach.ToolsManufact.,1994,134(4):5275518LeeJ.ComputersInd.Engng,1995,28(4):7918119.:.:,1996.10TlystyJ.AnnalsofCIRP,1983,32(2):56357211ZhangDeyuan.Int.J.Mach.ToolsManufact.,1995,35(1):192712DimlaDE.Int.J.Mach.ToolsManufact.,1997,37(9):1219124113.:.:,1998.14.:.:,1995.15.,1995,31(4):556116.,1997,8(2):1417.,1997,8(2):51018MajstorvicVD.ComputersinIndustry,1990,15:34819AlexBykat.AppliedArtificialIntelligent,1991(5):33935220ValavanisKP.JournalofIntelligentandRoboticSystems,1994,10:11314521GuimaraesT.ComputersInd.Engng,1995,28(3):54555922HuangSH,ZhangHC.ComputersinIndustry,1995,26:10712623DiniG.AnnalsofCIRP,1997,46(2):681690(),1964(410073)19991,2,21,30410073,TG21,,,,,:19981026,,,,,[1],,,518©1995-2005TsinghuaTongfangOpticalDiscCo.,Ltd.Allrightsreserved.õÙÎõConditionMonitoringandFaultDiagnosisofaFlexibleManufacturingSystemAReviewQiuJing(Na2tionalUniversityofDefenceTechnology,Changsha,Chi2na)HuZhengWenXisenp8102815Abstract:Inthispaper,basedonalotofdocumentsandreferences,thenecessities,difficultiesandrequire2mentsofconditionmonitoringandfaultdiagnosisofma2chiningdevicesareanalyzed,andthemainproblemsandthetypicalsystemsarereviewed.Thetrendandopinionsforthedevelopmentarepresented,thatis,thefuturemonitoring&diagnosissystemshouldbeageneral,mod2ular,integrated,intelligentcomprehensive-decisionsystemthatpossessesthemulti-sensor,multi-parame2ter,multi-modelstructure,andhastheself-learningandadaptivefunction.Keywords:flexiblemanufacturingsystemma2chiningdevicesmachiningprocessconditionmon2itoringfaultdiagnosisreviewStrategyofSustainableDevelopmentDesignandAp-plicationofGreenFoundryBindersShiJingyu(JilinUniversityofTechnology,Changchun,China)HeZhen2mingWangQiangp8152819Abstract:Thedesignofmodernmaterialsmustcon2formtosustainabledevelopmentmode.Inthispaper,var2iousfoundrybindersarediscussed,especially,there2searchesanddevelopmentsofgreenbinders(sodiumsili2cates,animalproteinsetc.)arestudied.Keywords:greenbinderfoundrysustainabledevelopmentresourceCTODDesignCurveinConsiderationofMaterialStrainHardeningXueHe(Xi’anMiningInstitute,Xi’an,China)GongXiaoyanShiYaowup8202824Abstract:Bymeansoftheplane-stressCTODcrackgrowthdrivingforceanalysisinthetensilewideplatespecimen,aCTODdesigncurveisderivedforthemateri2alinconsiderationofthestress-strainrelationfollowingtheRamberg-Osgoodlaw.ThefeatureofthenewCTODdesigncurveisthatthematerialstrain-hardeningexponentn,materialconstantAandplatethicknesscoef2ficientJareintroducedtothedesigncurve,andtheme2chanicalheterogeneityofweldedjointisseparatedfromthedesigncurve.Thetheuncertaintyofthesafetycoeffi2cientonCTODdesigncurveisimproved.ThenewCTODdesigncurvemaybeusedtoanalyzetheelastic-plasticfractureproblemratheraccuratelyforengineeringstructure.Keywords:fracturemechanicsCTODdesigncurvestrain-hardeningcrackgrowthdrivingforceStudyonStrengthofBrazedJointofChemicallyNi-platedSi3N4toMetalZhangYongqing(TaiyuanUni2versityofTechnology,Taiyuan,China)ZhaoPengshengRenJialiep8252828Abstract:Inordertoobtainnecessarytestdataandtheoreticalbase,themicrostructureandtheinterfacialreactionsofbrazedjointofchemicallyNi-platedSi3N4tometalareanalyzed,theinfluencesofconcernedtechno2logicalfactorsonjointstrengtharealsodiscussed1Keywords:ceramicchemicalplatingbrazingstrengthEnvironmentalEffectsonDampingPadMaterialofHigh-PressureAirCylinderDouLixin(NanjingEngi2neeringInstituteofEngineerCorps,Na