导师介绍

导师姓名
张延松
导师性别男
职务职称副教授.
所在院系机械与动力工程学院
所属学科机械工程
研究方向薄板先进焊接与连接技术动力电池先进制造技术
联系电话34206288
电子邮箱zhangyansong@sjtu.edu.cn

个人简介

张延松，男，1976年生，2005年毕业于上海交通大学机械与动力工程学院，获工学博士学位，2007年晋升副教授，上海市数字化汽车车身工程重点实验室固定人员，SJTU-GM先进制造技术联合实验室副主任。主要从事高强度汽车板先进连接技术/新能源汽车电机、电池制造技术的教学和科研工作。主持国家自然科学基金项目，上海市青年科技启明星计划、上海汽车工业发展基金、国家重点实验室专项等项目。作为子项目负责人承担多项美国通用汽车公司国际合作项目。在《WeldingJournal》，《MeasurementScienceandTechnology》等发表SCI期刊论文30余篇，在焊接领域期刊《ScienceandTechnologyofWeldingandJoining》上发表系列论文8篇，在国内《焊接学报》上发表系列论文23篇。公开美国发明专利4项，授权中国发明专利3项。获得2011年上海市青年科技启明星人才计划资助，2012年上海交通大学最受学生欢迎教师奖。
代表性论著

1.ZhangYS*,ShenJ,andLaiXM.Influenceofelectrodeforceonweldexpulsioninresistancespotweldingofdualphasesteelwithinitialgapusingsimulationandexperimentalmethod,ISIJInternational.2012,52(3):494-4992.ZhaoYY,ZhangYS*,HuWandLaiXM.OptimizationofLaserWeldingThin-gageGalvanizedSteelviaResponseSurfaceMethodology,OpticsandLasersinEngineering,2012,50(9):1267-12733.ShenJ,ZhangYS*,LaiXMandWangPC.Adhesiveplacementinweld-bondingofmultiplestacksofsteelsheets,WeldingJournal.2012,91(2):59s-66s4.ShenJ,ZhangYS*,LaiXMandWangPC.ModelingofResistanceSpotWeldingofMultipleStacksofSteelSheets,MaterialsandDesign,2011,32(2):550-560.5.ZhangYS*,ShenJ.andHuXZ.Effectoftemperingparametersonmicrostructureandmechanicalpropertiesinresistancespotweldingofadvancedhighstrengthsteels,TransactionsofJWRI,2011,specialissue,pp.47-496.ZhangYS*,ShenJ,WangPC.VisualizationofNuggetFormationinResistanceSpotWeldingofMulti-stackupSheets,TransactionsofJWRI,2010,39(2),pp.166-1687.ShenJ,ZhangYS*,LaiXM.Influenceofinitialgaponweldexpulsioninresistancespotweldingofdualphasesteel,ScienceandTechnologyofWeldingandJoining,2010,15(5),pp.386-3928.YangHJ,ZhangYS*,LaiXM,ShenJ,ZhaoX,WangPC.Methodforrepairingofadhesive-bondedsteel,MaterialsandDesign,2010,31(1),pp.260-2669.ZhangYS*,SunHT,ChenGL,Lai,XM.Comparisonofmechanicalpropertiesandmicrostructureofweldnuggetbetweenweld-bondedandspot-weldeddual-phasesteel,ProceedingsoftheInstitutionofMechanicalEngineers,PartB:JournalofEngineeringManufacture,2009,v223(10),pp.1341-135010.WangH,ZhangYS*,ChenGL.Resistancespotweldingprocessingmonitoringbasedonelectrodedisplacementcurveusingmovingrangechart,Measurement,2009,V42(7):1032-103811.ZhangXY,ChenGL,ZhangYS*,LaiXM,ImprovementofResistanceSpotWeldabilityforDual-Phase(DP600)SteelsUsingServoGun,JournalofMaterialsProcessingTechnology,2009,V209(5):2671-267512.ZhangYS*,XuJ,LaiXM,ChenGL.Numericalsimulationofspotweldingforgalvanisedsheetsteels,ScienceandTechnologyofWeldingandJoining,2008,V13(2):192-19813.XuJ,ZhangYS,LaiXM,ChenGL.Experimentalinvestigationoffatigueperformanceofspotweldeddualphasesheetsteels,ScienceandTechnologyofWeldingandJoining,2008,V13(8):726-73114.YangHG,ZhangYS,LaiXM,ChenGL.AnexperimentalinvestigationoncriticalspecimensizesofhighstrengthsteelsDP600inresistancespotwelding,Materials&Design,2008,V29(9):1679-168415.SunHT,LaiXM,ZhangYS*,ShenJ.Effectofvariableelectrodeforceonweldqualityinresistancespotwelding,ScienceandTechnologyofWelding&Joining,2007，V12(8):688-69416.ZhangXQ,ChenGL,ZhangYS,Characteristicsofelectrodewearinresistancespotweldingdual-phasesteels,Materials&Design,2008,V29(1)pp:279-28317.ZhangYS,WangH,ChenGL,ZhangXQ.Monitoringandintelligentcontrolofelectrodewearbasedonameasuredelectrodedisplacementcurveinresistancespotwelding,MeasurementScience&Technology,2007,18(3):867-87618.ZhangYS,ZhangXY,LaiXM,ChenGL.Onlinequalityinspectionofresistancespotweldedjointbasedonelectrodeindentationusingservogun,ScienceandTechnologyofWeldingandJoining,2007,12(5):449-454