大连理工大学机械工程学院导师:王永青 -下载亚博
• 2024-07-05 •
[导师姓名]
王永青
[所属院校]
大连理工大学
[基本信息]
导师姓名:王永青
性别:男
人气指数:2287
所属院校:大连理工大学
所属院系:机械工程学院
职称:教授
导师类型:硕导/博导
招生专业:机械制造及其自动化、机械电子工程
[通讯方式]
办公电话:0411-84708420
电子邮件:yqwang@dlut.edu.cn
[个人简述]
(一)教育及工作经历
1989年本科毕业于大连理工大学工程力学系,1995年6月获工学博士学位,同年进入大连理工大学土木与水利博士后流动站做博士后。
1997年至今,在大连理工大学工程力学系任教。现任运载工程与力学学部工程力学系教授、博士生导师。
其中:
1999年2月-1999年5月,新加坡南洋理工大学机械工程与制造学院tanchintuan交换学者。
2001年7月-2003年2月,美国南伊利诺依大学爱德华兹校区机械工程系访问教授。
2004年12月-2005年1月、2010年10月、2012年2月,俄罗斯国立莫斯科大学力学研究所访问学者。
2006年5月至今,辽宁省重大装备协同创新中心沈鼓研究院研究员,兼任沈鼓集团研究院副总工程师。
(二)科学研究
在基础研究方面,主要研究方向为(1)计算动力学与非线性振动。(2)轴承-密封-转子系统耦合动力学分析。(3)核电及压缩机装备可靠性与破坏失效机理。(4)基于多物理场分析的优化设计。
先后承担国家自然科学基金面上项目5项、国家自然科学基金重点项目2项、“973”项目课题4项,以及多项省级科研项目。
在应用研究方面,围绕重大能源装备可靠性问题,先后承担我国石化、化工、能源、国防领域自主研发的重大核心装备——年产百万吨级乙烯装置用压缩机组、第二代核电机组核二级泵、第三代轴封式机组核主泵、十万空分装置用大型压缩机、大型连续式风洞轴流式压缩机、百万千瓦火电机组给水泵、跨国长输石油管线泵等产品的力学分析、评定工作。主要成果为:
(1)能源装备承压边界完整性。通过数值仿真和实验方法,研究大型动装备在压力、热冲击、地震作用下的承压边界强度、刚度、抗震和耐热性能,确保重大装备的结构可靠性。
(2)能源装备可运行性。通过半解析法、摄动法和数值方法,结合实验技术,研究大型流体机械转子组件在流、固、热、磁多场相互作用下的动力特性、振动响应和稳定性,确保装置的安全运行。
(3)高速旋转叶轮疲劳破坏分析。通过动力学建模和仿真,研究能源装备流固激振发生机理,提出时域载荷快速建模方法和频域随机振动分析技术,提高了装备抗疲劳、断裂能力。
(三)个人荣誉与学术兼职
辽宁省优秀青年骨干教师,入选辽宁省新世纪百千万人才工程(千人层次)。
大连理工大学教学质量优秀奖(2005年),获奖课程:《振动力学(英)》。
获得以下省部级奖项:
教育部科技进步奖三等奖(1999年,第三完成人);
辽宁省科技进步一等奖(2017年,第四完成人);
中国机械工业科学技术奖特等奖(2015年)及三等奖(2008年,第一完成人);
沈阳市科技进步二等奖(2008年,第一完成人)及三等奖(2009年,第一完成人)。
曾任中国力学学会计算力学委员会委员(第5届)及特邀委员(第6、7届)。自2012年起,任学术期刊journalofappliednonlineardynamics编委及《风机技术》杂志编委。
(四)代表性论著
专著
[1]孙焕纯、柴山、王跃方.离散变量结构优化设计,大连理工大学出版社,首版1995年,增订版2002年。
期刊论文
[1].wangyuefangandsunhuanchun.optimaltopologydesignsoftrusseswithdiscretesizevariablessubjectedtomultipleconstraintsandloadingcases.actamechanicasinica,1995,27(3),pp.365-369(inchinese).
[2].wangyuefang,sunhuanchunandhuanglihua.studiesonoptimaltopologydesignsofstructureswithdiscretevariables.actamechanicasolidasinica,1998,19(1),pp.60-63.
[3].wangyuefang,tanghuailongandyulei.minimumcostdesignofcasingstructuresofoilwells.chinesejournalofcomputationalmechanics,2001,18(1),pp.65-68(inchinese).
[4].yuefangwangandalbertc.j.luo.dynamicsoftraveling,inextensiblecables.communicationsinnonlinearscienceandnumericalsimulation.2004,9(5),531-542.
[5].sunhuanchun,wangyuefang.commentonclassicaltheoryofstabilityanalysisfortrussstructures.chinesejournalofcomputationalmechanics,2005,22(3),pp.316-319(inchinese).
[6].yuefangwang,lihuahuangandxuetaoliu.eigenvalueanalysisfortransversevibrationsofaxiallymovingstringsbasedonhamiltoniandynamics.actamechanicasinica,2005,21(5),pp.485–494.
[7].shilianshuan,wangyuefangandsunhuanchun.approachforlayoutoptimizationoftrussstructureswithdiscretevariableunderdynamicsstress,displacementandstabilityconstraints.appliedmathematicsandmechanics(englished.),2006,27(5),pp.593-599.
[8].sunhuanchun,wangyuefangandchaishan.auniversalapproachforcontinuousordiscretenon-linearprogrammingswithmultiplevariablesandconstraints.appliedmathematicsandmechanics,2006,26(10),pp.1168-1174.
[9].wangyuefang,liux,huanglh.stabilityanalysesforaxiallymovingstringsinnonlinearfreeandaerodynamicallyexcitedvibrations.chaos,solitons&fractals,2008,38:421-429.
[10].sunhuanchun,wangyuefang.comparisonoftheoriesforstabilityoftrussstructures,partone:computationofcriticalload.communicationsinnonlinearscienceandnumericalsimulation,2009,14:1700-1710.
[11].sunhuanchun,wangyuefang.comparisonoftheoriesforstabilityoftrussstructures,parttwo:computationofcriticalsolutionofstability.communicationsinnonlinearscienceandnumericalsimulation,2009,14:1711-1720.
[12].lulefeng,wangyuefang.delay-induceddynamicsofanaxiallymovingstringwithdirecttime-delayedvelocityfeedback.journalofsoundandvibration,2010,329:5434–5451.
[13].wangyuefang,wangxiaoyan.nonlinearvibrationanalysisforajeffcottrotorwithsealandair-filmbearingexcitations.mathematicalproblemsinengineering,2010,articleid657361,1-14
[14].mengjigang,yangshuhuaandwangyuefang.three-dimensionalseismicanalysisandsafetyevaluationfornuclearpumpofnuclearpowerplantbasedonthercc-mcode,advancesinvibrationengineering,2011,10(4):343-352
[15].alexanderp.seyranianandwangyuefang.onstabilityofperiodicsolutionsforduffing’sequation.reportsofarmenianacademyofsciences,111(4),2011
[16].wangyuefang,lulefeng,huanglihua.nonlinearvibrationanalysisforanairflow-excitedtranslatingstring.internationaljournalofcomputationalmethods,2012,9:1250051-1-1250051-18.
[17].luohaiyang,wangyuefang.nonlinearvibrationofacontinuumrotorwithtransverseelectromagneticandbearingexcitations.shockandvibration,2012,19:1297-1314.
[18].wangyuefang,wangsujing,huanglihua.randomvibrationanalysisforimpellersofcentrifugalcompressorsthroughthepseudo-excitationmethod.internationaljournalofcomputationalmethods,2015,12:1540002-1-154002-16.
[19].wangyuefang,liuzhiwei.amatrix-basedcomputationalschemeofgeneralizedharmonicbalancemethodforperiodicsolutionsofnonlinearvibratorysystems,journalofappliednonlineardynamics,2015,4(4):379-389.
[20].haiyangluo,wangyuefang.dynamicsofacontinuumrotorwithtwononlinearmodelsofbearingandtransverseelectromagneticexcitations,journalofvibrationengineeringtechnologies,2015,3(1):49-64.
[21].wangrui,guoxinglin,wangyuefang.nonlinearanalysisofrotorsystemsupportedbyoillubricatedbearingssubjectedtobasemovements.proc.imeche,partc:journalofmechanicalengineeringscience,2016,230(4):543-558.
[22].wangyuefang,liuzhiwei.numericalschemeforperiod-mmotionofsecond-ordernonlineardynamicalsystemsbasedongeneralizedharmonicbalancemethod,nonlineardynamics,2016,84:323-340.
[23].caoxiaojian,wangyuefang.optimizationofload–carryingandheat–insulatingmulti–layeredthin-walledstructuresbasedonbionicsusinggeneticalgorithm,structuralandmultidisciplinaryoptimization,2016,53:813-824.
[24].haiyangluo,wangyuefang.globaldynamicsanalysisofacontinuumrotorthroughg-functionandl-functionmethod,journalofappliednonlineardynamics,2016,5(2):127-146.
[25].zhiweiliu,wangyuefang.periodicityandstabilityintransversemotionofanonlinearrotor–bearingsystemusinggeneralizedharmonicbalancemethod,asmejournalofengineeringforgasturbieandpower,2017,139:022502-1-022502-9.
国际会议论文
[1].albertc.j.luoandyuefangwang.ontherigid-bodymotionoftraveling,sagged,elasticcables.in:proceedingsofimece2002,asmeinternationalmechanicalengineeringcongressandexposition,imece2002-32420,november17–22,2002,neworleans,usa.
[2].yuefangwang,ganyunsunandlihuahuang.magneticfield-inducednonlinearvibrationofanunbalancedrotor.imece2003--42498,proceedingsofasmeinternationalmechanicalengineeringcongressandexposition,november15-21,2003,washington,usa.
[3].yuefangwang,xichunrenandlihuahuang.exactmodalanalysisanditsapplicationstotransversevibrationsofaxiallytravelingstrings.imece2004-59732,proceedingsofasmeinternationalmechanicalengineeringcongress&exposition,november13-19,2004,anaheim,usa.
[4].yuefangwang,huanchunsunandlihuahuang.onexplicittreatmentofperformanceconstraintsbasedonhypothesisofstaticallydeterminantstructures.proc.ofthethirdc-jkconferenceonoptimizationinstructuralandmechanicalsystems,2004,oct.29-nov.1,kanazawa,japan.
[5].yuefangwangandlihuahuang.explicitandnumericalanalysesfornonlinearvibrationandstabilityofrotorsunderunbalancedmagneticexcitations,proc.wccmviinconjunctionwithapcom’04,abstracts196.sept.5-10,2004,beijing,china.
[6].yuefangwang,xuetaoliuandlihuahuang.eigenvalueandstabilityanalysisforaxiallymovingsringsintransversevibrations.ieeeinternationalconferenceonphysicsandcontrol.2005,august24-26,saintpetersburg,russia.
[7].wangyuefang,lihuahuangandlefenglu.equilibriumanalysisanddesignoptimizationofaxiallymovingstructureswithaerodynamicstabilityconstraints.proc.ofthe7thworldcongressonstructuralandmultidisciplinaryoptimization,may21-25,2007,coex,seoul,korea.
[8].wangyuefangandlefenglu.nonlineartransientvibrationofanaxiallymovingstringwithanattachedtravellingoscillatorunderwindexcitations.ictamxxii,august25-29,adelaide,australia.
[9].wangyuefang,sunhuanchun.onmodelingglobalstabilityconstraintsfortrussstructures.8thworldcongressonstructuralandmultidisciplinaryoptimization,june1-5,2009,lisbon,portugal
[10].wangyuefang,haiyangluo,zhenqunguan.nonlinearvibrationandstabilityofrotorswithbearingandtransversemagneticexcitations,iveuropeanconferenceoncomputationalmechanics,paris,france,may16-21,2010
[11].wangyuefang,lefenglu.nonlineardynamicsofaerodynamicallyexcitedstringsmovingwithsupercriticalspeeds,enoc2011,july24-29,2011,rome,italy
[12].wangyuefang,lihuahuangandlefenglu.eigenvalueanalysisofanaxiallymovingstringwithmultipleattachedoscillatorsusinggreen’sfunctionmethod,theeleventhworldcongressofcomputationalmechanics,july21-25,2014,barcelona,spain.
[13].zhiweiliu,wangyuefang.periodicityandstabilityintransversemotionofanonlinearrotor–bearingsystemusinggeneralizedharmonicbalancemethod,gt2016-56269,proc.asmeturboexpo2016,june13-17,2016,seoul,korea.
[14].wangyuefang,yanliuetal.randomvibrationanalysisforcentrifugalcompressorimpellerswithunsteadyaerodynamicexcitations,gt2016-56419,proc.asmeturboexpo2016,june13-17,2016,seoul,korea.
[15].jinhuang,wangyuefang.dynamicmodelingreductionofatwin-spoolrotorthroughthenonlineargalerkinmethod.wccmxii&apcomvi,2016,july24-29,seoul,korea.
[科研工作]
科学研究
在基础研究方面,主要研究方向为(1)计算动力学与非线性振动。(2)轴承-密封-转子系统耦合动力学分析。(3)核电及压缩机装备可靠性与破坏失效机理。(4)基于多物理场分析的优化设计。
先后承担国家自然科学基金面上项目5项、国家自然科学基金重点项目2项、“973”项目课题4项,以及多项省级科研项目。
在应用研究方面,围绕重大能源装备可靠性问题,先后承担我国石化、化工、能源、国防领域自主研发的重大核心装备——年产百万吨级乙烯装置用压缩机组、第二代核电机组核二级泵、第三代轴封式机组核主泵、十万空分装置用大型压缩机、大型连续式风洞轴流式压缩机、百万千瓦火电机组给水泵、跨国长输石油管线泵等产品的力学分析、评定工作。主要成果为:
(1)能源装备承压边界完整性。通过数值仿真和实验方法,研究大型动装备在压力、热冲击、地震作用下的承压边界强度、刚度、抗震和耐热性能,确保重大装备的结构可靠性。
(2)能源装备可运行性。通过半解析法、摄动法和数值方法,结合实验技术,研究大型流体机械转子组件在流、固、热、磁多场相互作用下的动力特性、振动响应和稳定性,确保装置的安全运行。
(3)高速旋转叶轮疲劳破坏分析。通过动力学建模和仿真,研究能源装备流固激振发生机理,提出时域载荷快速建模方法和频域随机振动分析技术,提高了装备抗疲劳、断裂能力。
(三)个人荣誉与学术兼职
辽宁省优秀青年骨干教师,入选辽宁省新世纪百千万人才工程(千人层次)。
大连理工大学教学质量优秀奖(2005年),获奖课程:《振动力学(英)》。
获得以下省部级奖项:
教育部科技进步奖三等奖(1999年,第三完成人);
辽宁省科技进步一等奖(2017年,第四完成人);
中国机械工业科学技术奖特等奖(2015年)及三等奖(2008年,第一完成人);
沈阳市科技进步二等奖(2008年,第一完成人)及三等奖(2009年,第一完成人)。
曾任中国力学学会计算力学委员会委员(第5届)及特邀委员(第6、7届)。自2012年起,任学术期刊journalofappliednonlineardynamics编委及《风机技术》杂志编委。
(四)代表性论著
专著
[1]孙焕纯、柴山、王跃方.离散变量结构优化设计,大连理工大学出版社,首版1995年,增订版2002年。
期刊论文
[1].wangyuefangandsunhuanchun.optimaltopologydesignsoftrusseswithdiscretesizevariablessubjectedtomultipleconstraintsandloadingcases.actamechanicasinica,1995,27(3),pp.365-369(inchinese).
[2].wangyuefang,sunhuanchunandhuanglihua.studiesonoptimaltopologydesignsofstructureswithdiscretevariables.actamechanicasolidasinica,1998,19(1),pp.60-63.
[3].wangyuefang,tanghuailongandyulei.minimumcostdesignofcasingstructuresofoilwells.chinesejournalofcomputationalmechanics,2001,18(1),pp.65-68(inchinese).
[4].yuefangwangandalbertc.j.luo.dynamicsoftraveling,inextensiblecables.communicationsinnonlinearscienceandnumericalsimulation.2004,9(5),531-542.
[5].sunhuanchun,wangyuefang.commentonclassicaltheoryofstabilityanalysisfortrussstructures.chinesejournalofcomputationalmechanics,2005,22(3),pp.316-319(inchinese).
[6].yuefangwang,lihuahuangandxuetaoliu.eigenvalueanalysisfortransversevibrationsofaxiallymovingstringsbasedonhamiltoniandynamics.actamechanicasinica,2005,21(5),pp.485–494.
[7].shilianshuan,wangyuefangandsunhuanchun.approachforlayoutoptimizationoftrussstructureswithdiscretevariableunderdynamicsstress,displacementandstabilityconstraints.appliedmathematicsandmechanics(englished.),2006,27(5),pp.593-599.
[8].sunhuanchun,wangyuefangandchaishan.auniversalapproachforcontinuousordiscretenon-linearprogrammingswithmultiplevariablesandconstraints.appliedmathematicsandmechanics,2006,26(10),pp.1168-1174.
[9].wangyuefang,liux,huanglh.stabilityanalysesforaxiallymovingstringsinnonlinearfreeandaerodynamicallyexcitedvibrations.chaos,solitons&fractals,2008,38:421-429.
[10].sunhuanchun,wangyuefang.comparisonoftheoriesforstabilityoftrussstructures,partone:computationofcriticalload.communicationsinnonlinearscienceandnumericalsimulation,2009,14:1700-1710.
[11].sunhuanchun,wangyuefang.comparisonoftheoriesforstabilityoftrussstructures,parttwo:computationofcriticalsolutionofstability.communicationsinnonlinearscienceandnumericalsimulation,2009,14:1711-1720.
[12].lulefeng,wangyuefang.delay-induceddynamicsofanaxiallymovingstringwithdirecttime-delayedvelocityfeedback.journalofsoundandvibration,2010,329:5434–5451.
[13].wangyuefang,wangxiaoyan.nonlinearvibrationanalysisforajeffcottrotorwithsealandair-filmbearingexcitations.mathematicalproblemsinengineering,2010,articleid657361,1-14
[14].mengjigang,yangshuhuaandwangyuefang.three-dimensionalseismicanalysisandsafetyevaluationfornuclearpumpofnuclearpowerplantbasedonthercc-mcode,advancesinvibrationengineering,2011,10(4):343-352
[15].alexanderp.seyranianandwangyuefang.onstabilityofperiodicsolutionsforduffing’sequation.reportsofarmenianacademyofsciences,111(4),2011
[16].wangyuefang,lulefeng,huanglihua.nonlinearvibrationanalysisforanairflow-excitedtranslatingstring.internationaljournalofcomputationalmethods,2012,9:1250051-1-1250051-18.
[17].luohaiyang,wangyuefang.nonlinearvibrationofacontinuumrotorwithtransverseelectromagneticandbearingexcitations.shockandvibration,2012,19:1297-1314.
[18].wangyuefang,wangsujing,huanglihua.randomvibrationanalysisforimpellersofcentrifugalcompressorsthroughthepseudo-excitationmethod.internationaljournalofcomputationalmethods,2015,12:1540002-1-154002-16.
[19].wangyuefang,liuzhiwei.amatrix-basedcomputationalschemeofgeneralizedharmonicbalancemethodforperiodicsolutionsofnonlinearvibratorysystems,journalofappliednonlineardynamics,2015,4(4):379-389.
[20].haiyangluo,wangyuefang.dynamicsofacontinuumrotorwithtwononlinearmodelsofbearingandtransverseelectromagneticexcitations,journalofvibrationengineeringtechnologies,2015,3(1):49-64.
[21].wangrui,guoxinglin,wangyuefang.nonlinearanalysisofrotorsystemsupportedbyoillubricatedbearingssubjectedtobasemovements.proc.imeche,partc:journalofmechanicalengineeringscience,2016,230(4):543-558.
[22].wangyuefang,liuzhiwei.numericalschemeforperiod-mmotionofsecond-ordernonlineardynamicalsystemsbasedongeneralizedharmonicbalancemethod,nonlineardynamics,2016,84:323-340.
[23].caoxiaojian,wangyuefang.optimizationofload–carryingandheat–insulatingmulti–layeredthin-walledstructuresbasedonbionicsusinggeneticalgorithm,structuralandmultidisciplinaryoptimization,2016,53:813-824.
[24].haiyangluo,wangyuefang.globaldynamicsanalysisofacontinuumrotorthroughg-functionandl-functionmethod,journalofappliednonlineardynamics,2016,5(2):127-146.
[25].zhiweiliu,wangyuefang.periodicityandstabilityintransversemotionofanonlinearrotor–bearingsystemusinggeneralizedharmonicbalancemethod,asmejournalofengineeringforgasturbieandpower,2017,139:022502-1-022502-9.
国际会议论文
[1].albertc.j.luoandyuefangwang.ontherigid-bodymotionoftraveling,sagged,elasticcables.in:proceedingsofimece2002,asmeinternationalmechanicalengineeringcongressandexposition,imece2002-32420,november17–22,2002,neworleans,usa.
[2].yuefangwang,ganyunsunandlihuahuang.magneticfield-inducednonlinearvibrationofanunbalancedrotor.imece2003--42498,proceedingsofasmeinternationalmechanicalengineeringcongressandexposition,november15-21,2003,washington,usa.
[3].yuefangwang,xichunrenandlihuahuang.exactmodalanalysisanditsapplicationstotransversevibrationsofaxiallytravelingstrings.imece2004-59732,proceedingsofasmeinternationalmechanicalengineeringcongress&exposition,november13-19,2004,anaheim,usa.
[4].yuefangwang,huanchunsunandlihuahuang.onexplicittreatmentofperformanceconstraintsbasedonhypothesisofstaticallydeterminantstructures.proc.ofthethirdc-jkconferenceonoptimizationinstructuralandmechanicalsystems,2004,oct.29-nov.1,kanazawa,japan.
[5].yuefangwangandlihuahuang.explicitandnumericalanalysesfornonlinearvibrationandstabilityofrotorsunderunbalancedmagneticexcitations,proc.wccmviinconjunctionwithapcom’04,abstracts196.sept.5-10,2004,beijing,china.
[6].yuefangwang,xuetaoliuandlihuahuang.eigenvalueandstabilityanalysisforaxiallymovingsringsintransversevibrations.ieeeinternationalconferenceonphysicsandcontrol.2005,august24-26,saintpetersburg,russia.
[7].wangyuefang,lihuahuangandlefenglu.equilibriumanalysisanddesignoptimizationofaxiallymovingstructureswithaerodynamicstabilityconstraints.proc.ofthe7thworldcongressonstructuralandmultidisciplinaryoptimization,may21-25,2007,coex,seoul,korea.
[8].wangyuefangandlefenglu.nonlineartransientvibrationofanaxiallymovingstringwithanattachedtravellingoscillatorunderwindexcitations.ictamxxii,august25-29,adelaide,australia.
[9].wangyuefang,sunhuanchun.onmodelingglobalstabilityconstraintsfortrussstructures.8thworldcongressonstructuralandmultidisciplinaryoptimization,june1-5,2009,lisbon,portugal
[10].wangyuefang,haiyangluo,zhenqunguan.nonlinearvibrationandstabilityofrotorswithbearingandtransversemagneticexcitations,iveuropeanconferenceoncomputationalmechanics,paris,france,may16-21,2010
[11].wangyuefang,lefenglu.nonlineardynamicsofaerodynamicallyexcitedstringsmovingwithsupercriticalspeeds,enoc2011,july24-29,2011,rome,italy
[12].wangyuefang,lihuahuangandlefenglu.eigenvalueanalysisofanaxiallymovingstringwithmultipleattachedoscillatorsusinggreen’sfunctionmethod,theeleventhworldcongressofcomputationalmechanics,july21-25,2014,barcelona,spain.
[13].zhiweiliu,wangyuefang.periodicityandstabilityintransversemotionofanonlinearrotor–bearingsystemusinggeneralizedharmonicbalancemethod,gt2016-56269,proc.asmeturboexpo2016,june13-17,2016,seoul,korea.
[14].wangyuefang,yanliuetal.randomvibrationanalysisforcentrifugalcompressorimpellerswithunsteadyaerodynamicexcitations,gt2016-56419,proc.asmeturboexpo2016,june13-17,2016,seoul,korea.
[15].jinhuang,wangyuefang.dynamicmodelingreductionofatwin-spoolrotorthroughthenonlineargalerkinmethod.wccmxii&apcomvi,2016,july24-29,seoul,korea.
[教育背景]
1996.32002.5大连理工大学机械电子工程博士1991.91994.7大连理工大学机电控制及自动化硕士1987.91991.7成都科技大学机械设计及制造学士
王永青
[所属院校]
大连理工大学
[基本信息]
导师姓名:王永青
性别:男
人气指数:2287
所属院校:大连理工大学
所属院系:机械工程学院
职称:教授
导师类型:硕导/博导
招生专业:机械制造及其自动化、机械电子工程
[通讯方式]
办公电话:0411-84708420
电子邮件:yqwang@dlut.edu.cn
[个人简述]
(一)教育及工作经历
1989年本科毕业于大连理工大学工程力学系,1995年6月获工学博士学位,同年进入大连理工大学土木与水利博士后流动站做博士后。
1997年至今,在大连理工大学工程力学系任教。现任运载工程与力学学部工程力学系教授、博士生导师。
其中:
1999年2月-1999年5月,新加坡南洋理工大学机械工程与制造学院tanchintuan交换学者。
2001年7月-2003年2月,美国南伊利诺依大学爱德华兹校区机械工程系访问教授。
2004年12月-2005年1月、2010年10月、2012年2月,俄罗斯国立莫斯科大学力学研究所访问学者。
2006年5月至今,辽宁省重大装备协同创新中心沈鼓研究院研究员,兼任沈鼓集团研究院副总工程师。
(二)科学研究
在基础研究方面,主要研究方向为(1)计算动力学与非线性振动。(2)轴承-密封-转子系统耦合动力学分析。(3)核电及压缩机装备可靠性与破坏失效机理。(4)基于多物理场分析的优化设计。
先后承担国家自然科学基金面上项目5项、国家自然科学基金重点项目2项、“973”项目课题4项,以及多项省级科研项目。
在应用研究方面,围绕重大能源装备可靠性问题,先后承担我国石化、化工、能源、国防领域自主研发的重大核心装备——年产百万吨级乙烯装置用压缩机组、第二代核电机组核二级泵、第三代轴封式机组核主泵、十万空分装置用大型压缩机、大型连续式风洞轴流式压缩机、百万千瓦火电机组给水泵、跨国长输石油管线泵等产品的力学分析、评定工作。主要成果为:
(1)能源装备承压边界完整性。通过数值仿真和实验方法,研究大型动装备在压力、热冲击、地震作用下的承压边界强度、刚度、抗震和耐热性能,确保重大装备的结构可靠性。
(2)能源装备可运行性。通过半解析法、摄动法和数值方法,结合实验技术,研究大型流体机械转子组件在流、固、热、磁多场相互作用下的动力特性、振动响应和稳定性,确保装置的安全运行。
(3)高速旋转叶轮疲劳破坏分析。通过动力学建模和仿真,研究能源装备流固激振发生机理,提出时域载荷快速建模方法和频域随机振动分析技术,提高了装备抗疲劳、断裂能力。
(三)个人荣誉与学术兼职
辽宁省优秀青年骨干教师,入选辽宁省新世纪百千万人才工程(千人层次)。
大连理工大学教学质量优秀奖(2005年),获奖课程:《振动力学(英)》。
获得以下省部级奖项:
教育部科技进步奖三等奖(1999年,第三完成人);
辽宁省科技进步一等奖(2017年,第四完成人);
中国机械工业科学技术奖特等奖(2015年)及三等奖(2008年,第一完成人);
沈阳市科技进步二等奖(2008年,第一完成人)及三等奖(2009年,第一完成人)。
曾任中国力学学会计算力学委员会委员(第5届)及特邀委员(第6、7届)。自2012年起,任学术期刊journalofappliednonlineardynamics编委及《风机技术》杂志编委。
(四)代表性论著
专著
[1]孙焕纯、柴山、王跃方.离散变量结构优化设计,大连理工大学出版社,首版1995年,增订版2002年。
期刊论文
[1].wangyuefangandsunhuanchun.optimaltopologydesignsoftrusseswithdiscretesizevariablessubjectedtomultipleconstraintsandloadingcases.actamechanicasinica,1995,27(3),pp.365-369(inchinese).
[2].wangyuefang,sunhuanchunandhuanglihua.studiesonoptimaltopologydesignsofstructureswithdiscretevariables.actamechanicasolidasinica,1998,19(1),pp.60-63.
[3].wangyuefang,tanghuailongandyulei.minimumcostdesignofcasingstructuresofoilwells.chinesejournalofcomputationalmechanics,2001,18(1),pp.65-68(inchinese).
[4].yuefangwangandalbertc.j.luo.dynamicsoftraveling,inextensiblecables.communicationsinnonlinearscienceandnumericalsimulation.2004,9(5),531-542.
[5].sunhuanchun,wangyuefang.commentonclassicaltheoryofstabilityanalysisfortrussstructures.chinesejournalofcomputationalmechanics,2005,22(3),pp.316-319(inchinese).
[6].yuefangwang,lihuahuangandxuetaoliu.eigenvalueanalysisfortransversevibrationsofaxiallymovingstringsbasedonhamiltoniandynamics.actamechanicasinica,2005,21(5),pp.485–494.
[7].shilianshuan,wangyuefangandsunhuanchun.approachforlayoutoptimizationoftrussstructureswithdiscretevariableunderdynamicsstress,displacementandstabilityconstraints.appliedmathematicsandmechanics(englished.),2006,27(5),pp.593-599.
[8].sunhuanchun,wangyuefangandchaishan.auniversalapproachforcontinuousordiscretenon-linearprogrammingswithmultiplevariablesandconstraints.appliedmathematicsandmechanics,2006,26(10),pp.1168-1174.
[9].wangyuefang,liux,huanglh.stabilityanalysesforaxiallymovingstringsinnonlinearfreeandaerodynamicallyexcitedvibrations.chaos,solitons&fractals,2008,38:421-429.
[10].sunhuanchun,wangyuefang.comparisonoftheoriesforstabilityoftrussstructures,partone:computationofcriticalload.communicationsinnonlinearscienceandnumericalsimulation,2009,14:1700-1710.
[11].sunhuanchun,wangyuefang.comparisonoftheoriesforstabilityoftrussstructures,parttwo:computationofcriticalsolutionofstability.communicationsinnonlinearscienceandnumericalsimulation,2009,14:1711-1720.
[12].lulefeng,wangyuefang.delay-induceddynamicsofanaxiallymovingstringwithdirecttime-delayedvelocityfeedback.journalofsoundandvibration,2010,329:5434–5451.
[13].wangyuefang,wangxiaoyan.nonlinearvibrationanalysisforajeffcottrotorwithsealandair-filmbearingexcitations.mathematicalproblemsinengineering,2010,articleid657361,1-14
[14].mengjigang,yangshuhuaandwangyuefang.three-dimensionalseismicanalysisandsafetyevaluationfornuclearpumpofnuclearpowerplantbasedonthercc-mcode,advancesinvibrationengineering,2011,10(4):343-352
[15].alexanderp.seyranianandwangyuefang.onstabilityofperiodicsolutionsforduffing’sequation.reportsofarmenianacademyofsciences,111(4),2011
[16].wangyuefang,lulefeng,huanglihua.nonlinearvibrationanalysisforanairflow-excitedtranslatingstring.internationaljournalofcomputationalmethods,2012,9:1250051-1-1250051-18.
[17].luohaiyang,wangyuefang.nonlinearvibrationofacontinuumrotorwithtransverseelectromagneticandbearingexcitations.shockandvibration,2012,19:1297-1314.
[18].wangyuefang,wangsujing,huanglihua.randomvibrationanalysisforimpellersofcentrifugalcompressorsthroughthepseudo-excitationmethod.internationaljournalofcomputationalmethods,2015,12:1540002-1-154002-16.
[19].wangyuefang,liuzhiwei.amatrix-basedcomputationalschemeofgeneralizedharmonicbalancemethodforperiodicsolutionsofnonlinearvibratorysystems,journalofappliednonlineardynamics,2015,4(4):379-389.
[20].haiyangluo,wangyuefang.dynamicsofacontinuumrotorwithtwononlinearmodelsofbearingandtransverseelectromagneticexcitations,journalofvibrationengineeringtechnologies,2015,3(1):49-64.
[21].wangrui,guoxinglin,wangyuefang.nonlinearanalysisofrotorsystemsupportedbyoillubricatedbearingssubjectedtobasemovements.proc.imeche,partc:journalofmechanicalengineeringscience,2016,230(4):543-558.
[22].wangyuefang,liuzhiwei.numericalschemeforperiod-mmotionofsecond-ordernonlineardynamicalsystemsbasedongeneralizedharmonicbalancemethod,nonlineardynamics,2016,84:323-340.
[23].caoxiaojian,wangyuefang.optimizationofload–carryingandheat–insulatingmulti–layeredthin-walledstructuresbasedonbionicsusinggeneticalgorithm,structuralandmultidisciplinaryoptimization,2016,53:813-824.
[24].haiyangluo,wangyuefang.globaldynamicsanalysisofacontinuumrotorthroughg-functionandl-functionmethod,journalofappliednonlineardynamics,2016,5(2):127-146.
[25].zhiweiliu,wangyuefang.periodicityandstabilityintransversemotionofanonlinearrotor–bearingsystemusinggeneralizedharmonicbalancemethod,asmejournalofengineeringforgasturbieandpower,2017,139:022502-1-022502-9.
国际会议论文
[1].albertc.j.luoandyuefangwang.ontherigid-bodymotionoftraveling,sagged,elasticcables.in:proceedingsofimece2002,asmeinternationalmechanicalengineeringcongressandexposition,imece2002-32420,november17–22,2002,neworleans,usa.
[2].yuefangwang,ganyunsunandlihuahuang.magneticfield-inducednonlinearvibrationofanunbalancedrotor.imece2003--42498,proceedingsofasmeinternationalmechanicalengineeringcongressandexposition,november15-21,2003,washington,usa.
[3].yuefangwang,xichunrenandlihuahuang.exactmodalanalysisanditsapplicationstotransversevibrationsofaxiallytravelingstrings.imece2004-59732,proceedingsofasmeinternationalmechanicalengineeringcongress&exposition,november13-19,2004,anaheim,usa.
[4].yuefangwang,huanchunsunandlihuahuang.onexplicittreatmentofperformanceconstraintsbasedonhypothesisofstaticallydeterminantstructures.proc.ofthethirdc-jkconferenceonoptimizationinstructuralandmechanicalsystems,2004,oct.29-nov.1,kanazawa,japan.
[5].yuefangwangandlihuahuang.explicitandnumericalanalysesfornonlinearvibrationandstabilityofrotorsunderunbalancedmagneticexcitations,proc.wccmviinconjunctionwithapcom’04,abstracts196.sept.5-10,2004,beijing,china.
[6].yuefangwang,xuetaoliuandlihuahuang.eigenvalueandstabilityanalysisforaxiallymovingsringsintransversevibrations.ieeeinternationalconferenceonphysicsandcontrol.2005,august24-26,saintpetersburg,russia.
[7].wangyuefang,lihuahuangandlefenglu.equilibriumanalysisanddesignoptimizationofaxiallymovingstructureswithaerodynamicstabilityconstraints.proc.ofthe7thworldcongressonstructuralandmultidisciplinaryoptimization,may21-25,2007,coex,seoul,korea.
[8].wangyuefangandlefenglu.nonlineartransientvibrationofanaxiallymovingstringwithanattachedtravellingoscillatorunderwindexcitations.ictamxxii,august25-29,adelaide,australia.
[9].wangyuefang,sunhuanchun.onmodelingglobalstabilityconstraintsfortrussstructures.8thworldcongressonstructuralandmultidisciplinaryoptimization,june1-5,2009,lisbon,portugal
[10].wangyuefang,haiyangluo,zhenqunguan.nonlinearvibrationandstabilityofrotorswithbearingandtransversemagneticexcitations,iveuropeanconferenceoncomputationalmechanics,paris,france,may16-21,2010
[11].wangyuefang,lefenglu.nonlineardynamicsofaerodynamicallyexcitedstringsmovingwithsupercriticalspeeds,enoc2011,july24-29,2011,rome,italy
[12].wangyuefang,lihuahuangandlefenglu.eigenvalueanalysisofanaxiallymovingstringwithmultipleattachedoscillatorsusinggreen’sfunctionmethod,theeleventhworldcongressofcomputationalmechanics,july21-25,2014,barcelona,spain.
[13].zhiweiliu,wangyuefang.periodicityandstabilityintransversemotionofanonlinearrotor–bearingsystemusinggeneralizedharmonicbalancemethod,gt2016-56269,proc.asmeturboexpo2016,june13-17,2016,seoul,korea.
[14].wangyuefang,yanliuetal.randomvibrationanalysisforcentrifugalcompressorimpellerswithunsteadyaerodynamicexcitations,gt2016-56419,proc.asmeturboexpo2016,june13-17,2016,seoul,korea.
[15].jinhuang,wangyuefang.dynamicmodelingreductionofatwin-spoolrotorthroughthenonlineargalerkinmethod.wccmxii&apcomvi,2016,july24-29,seoul,korea.
[科研工作]
科学研究
在基础研究方面,主要研究方向为(1)计算动力学与非线性振动。(2)轴承-密封-转子系统耦合动力学分析。(3)核电及压缩机装备可靠性与破坏失效机理。(4)基于多物理场分析的优化设计。
先后承担国家自然科学基金面上项目5项、国家自然科学基金重点项目2项、“973”项目课题4项,以及多项省级科研项目。
在应用研究方面,围绕重大能源装备可靠性问题,先后承担我国石化、化工、能源、国防领域自主研发的重大核心装备——年产百万吨级乙烯装置用压缩机组、第二代核电机组核二级泵、第三代轴封式机组核主泵、十万空分装置用大型压缩机、大型连续式风洞轴流式压缩机、百万千瓦火电机组给水泵、跨国长输石油管线泵等产品的力学分析、评定工作。主要成果为:
(1)能源装备承压边界完整性。通过数值仿真和实验方法,研究大型动装备在压力、热冲击、地震作用下的承压边界强度、刚度、抗震和耐热性能,确保重大装备的结构可靠性。
(2)能源装备可运行性。通过半解析法、摄动法和数值方法,结合实验技术,研究大型流体机械转子组件在流、固、热、磁多场相互作用下的动力特性、振动响应和稳定性,确保装置的安全运行。
(3)高速旋转叶轮疲劳破坏分析。通过动力学建模和仿真,研究能源装备流固激振发生机理,提出时域载荷快速建模方法和频域随机振动分析技术,提高了装备抗疲劳、断裂能力。
(三)个人荣誉与学术兼职
辽宁省优秀青年骨干教师,入选辽宁省新世纪百千万人才工程(千人层次)。
大连理工大学教学质量优秀奖(2005年),获奖课程:《振动力学(英)》。
获得以下省部级奖项:
教育部科技进步奖三等奖(1999年,第三完成人);
辽宁省科技进步一等奖(2017年,第四完成人);
中国机械工业科学技术奖特等奖(2015年)及三等奖(2008年,第一完成人);
沈阳市科技进步二等奖(2008年,第一完成人)及三等奖(2009年,第一完成人)。
曾任中国力学学会计算力学委员会委员(第5届)及特邀委员(第6、7届)。自2012年起,任学术期刊journalofappliednonlineardynamics编委及《风机技术》杂志编委。
(四)代表性论著
专著
[1]孙焕纯、柴山、王跃方.离散变量结构优化设计,大连理工大学出版社,首版1995年,增订版2002年。
期刊论文
[1].wangyuefangandsunhuanchun.optimaltopologydesignsoftrusseswithdiscretesizevariablessubjectedtomultipleconstraintsandloadingcases.actamechanicasinica,1995,27(3),pp.365-369(inchinese).
[2].wangyuefang,sunhuanchunandhuanglihua.studiesonoptimaltopologydesignsofstructureswithdiscretevariables.actamechanicasolidasinica,1998,19(1),pp.60-63.
[3].wangyuefang,tanghuailongandyulei.minimumcostdesignofcasingstructuresofoilwells.chinesejournalofcomputationalmechanics,2001,18(1),pp.65-68(inchinese).
[4].yuefangwangandalbertc.j.luo.dynamicsoftraveling,inextensiblecables.communicationsinnonlinearscienceandnumericalsimulation.2004,9(5),531-542.
[5].sunhuanchun,wangyuefang.commentonclassicaltheoryofstabilityanalysisfortrussstructures.chinesejournalofcomputationalmechanics,2005,22(3),pp.316-319(inchinese).
[6].yuefangwang,lihuahuangandxuetaoliu.eigenvalueanalysisfortransversevibrationsofaxiallymovingstringsbasedonhamiltoniandynamics.actamechanicasinica,2005,21(5),pp.485–494.
[7].shilianshuan,wangyuefangandsunhuanchun.approachforlayoutoptimizationoftrussstructureswithdiscretevariableunderdynamicsstress,displacementandstabilityconstraints.appliedmathematicsandmechanics(englished.),2006,27(5),pp.593-599.
[8].sunhuanchun,wangyuefangandchaishan.auniversalapproachforcontinuousordiscretenon-linearprogrammingswithmultiplevariablesandconstraints.appliedmathematicsandmechanics,2006,26(10),pp.1168-1174.
[9].wangyuefang,liux,huanglh.stabilityanalysesforaxiallymovingstringsinnonlinearfreeandaerodynamicallyexcitedvibrations.chaos,solitons&fractals,2008,38:421-429.
[10].sunhuanchun,wangyuefang.comparisonoftheoriesforstabilityoftrussstructures,partone:computationofcriticalload.communicationsinnonlinearscienceandnumericalsimulation,2009,14:1700-1710.
[11].sunhuanchun,wangyuefang.comparisonoftheoriesforstabilityoftrussstructures,parttwo:computationofcriticalsolutionofstability.communicationsinnonlinearscienceandnumericalsimulation,2009,14:1711-1720.
[12].lulefeng,wangyuefang.delay-induceddynamicsofanaxiallymovingstringwithdirecttime-delayedvelocityfeedback.journalofsoundandvibration,2010,329:5434–5451.
[13].wangyuefang,wangxiaoyan.nonlinearvibrationanalysisforajeffcottrotorwithsealandair-filmbearingexcitations.mathematicalproblemsinengineering,2010,articleid657361,1-14
[14].mengjigang,yangshuhuaandwangyuefang.three-dimensionalseismicanalysisandsafetyevaluationfornuclearpumpofnuclearpowerplantbasedonthercc-mcode,advancesinvibrationengineering,2011,10(4):343-352
[15].alexanderp.seyranianandwangyuefang.onstabilityofperiodicsolutionsforduffing’sequation.reportsofarmenianacademyofsciences,111(4),2011
[16].wangyuefang,lulefeng,huanglihua.nonlinearvibrationanalysisforanairflow-excitedtranslatingstring.internationaljournalofcomputationalmethods,2012,9:1250051-1-1250051-18.
[17].luohaiyang,wangyuefang.nonlinearvibrationofacontinuumrotorwithtransverseelectromagneticandbearingexcitations.shockandvibration,2012,19:1297-1314.
[18].wangyuefang,wangsujing,huanglihua.randomvibrationanalysisforimpellersofcentrifugalcompressorsthroughthepseudo-excitationmethod.internationaljournalofcomputationalmethods,2015,12:1540002-1-154002-16.
[19].wangyuefang,liuzhiwei.amatrix-basedcomputationalschemeofgeneralizedharmonicbalancemethodforperiodicsolutionsofnonlinearvibratorysystems,journalofappliednonlineardynamics,2015,4(4):379-389.
[20].haiyangluo,wangyuefang.dynamicsofacontinuumrotorwithtwononlinearmodelsofbearingandtransverseelectromagneticexcitations,journalofvibrationengineeringtechnologies,2015,3(1):49-64.
[21].wangrui,guoxinglin,wangyuefang.nonlinearanalysisofrotorsystemsupportedbyoillubricatedbearingssubjectedtobasemovements.proc.imeche,partc:journalofmechanicalengineeringscience,2016,230(4):543-558.
[22].wangyuefang,liuzhiwei.numericalschemeforperiod-mmotionofsecond-ordernonlineardynamicalsystemsbasedongeneralizedharmonicbalancemethod,nonlineardynamics,2016,84:323-340.
[23].caoxiaojian,wangyuefang.optimizationofload–carryingandheat–insulatingmulti–layeredthin-walledstructuresbasedonbionicsusinggeneticalgorithm,structuralandmultidisciplinaryoptimization,2016,53:813-824.
[24].haiyangluo,wangyuefang.globaldynamicsanalysisofacontinuumrotorthroughg-functionandl-functionmethod,journalofappliednonlineardynamics,2016,5(2):127-146.
[25].zhiweiliu,wangyuefang.periodicityandstabilityintransversemotionofanonlinearrotor–bearingsystemusinggeneralizedharmonicbalancemethod,asmejournalofengineeringforgasturbieandpower,2017,139:022502-1-022502-9.
国际会议论文
[1].albertc.j.luoandyuefangwang.ontherigid-bodymotionoftraveling,sagged,elasticcables.in:proceedingsofimece2002,asmeinternationalmechanicalengineeringcongressandexposition,imece2002-32420,november17–22,2002,neworleans,usa.
[2].yuefangwang,ganyunsunandlihuahuang.magneticfield-inducednonlinearvibrationofanunbalancedrotor.imece2003--42498,proceedingsofasmeinternationalmechanicalengineeringcongressandexposition,november15-21,2003,washington,usa.
[3].yuefangwang,xichunrenandlihuahuang.exactmodalanalysisanditsapplicationstotransversevibrationsofaxiallytravelingstrings.imece2004-59732,proceedingsofasmeinternationalmechanicalengineeringcongress&exposition,november13-19,2004,anaheim,usa.
[4].yuefangwang,huanchunsunandlihuahuang.onexplicittreatmentofperformanceconstraintsbasedonhypothesisofstaticallydeterminantstructures.proc.ofthethirdc-jkconferenceonoptimizationinstructuralandmechanicalsystems,2004,oct.29-nov.1,kanazawa,japan.
[5].yuefangwangandlihuahuang.explicitandnumericalanalysesfornonlinearvibrationandstabilityofrotorsunderunbalancedmagneticexcitations,proc.wccmviinconjunctionwithapcom’04,abstracts196.sept.5-10,2004,beijing,china.
[6].yuefangwang,xuetaoliuandlihuahuang.eigenvalueandstabilityanalysisforaxiallymovingsringsintransversevibrations.ieeeinternationalconferenceonphysicsandcontrol.2005,august24-26,saintpetersburg,russia.
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[教育背景]
1996.32002.5大连理工大学机械电子工程博士1991.91994.7大连理工大学机电控制及自动化硕士1987.91991.7成都科技大学机械设计及制造学士
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