于超 - 西南交通大学 - 力学与工程学院

个人简介

教师简介于超，博士，副教授，分别于2009年7月和2015年12月在西南交通大学工程结构分析和固体力学专业获学士和博士学位，2016年3月进入西南交通大学力学与工程学院工作。入选中国科协“青年人才托举工程”（2016年），获首届“中国力学优秀博士论文提名奖（导师：康国政教授，2017年）”，“王仁塑性力学青年科技奖”（2017年），“詹天佑铁道科学技术奖”（2018年），入选西南交通大学“雏鹰学者”（2018年）。目前主持国家自然基金一项，主研国家自然基金重点项目一项。主要从事先进材料多尺度、多物理场耦合下的循环本构关系、疲劳与破坏研究。在《JournaloftheMechanicsandPhysicsofSolids》、《InternationalJournalofPlasticity》、《InternationalJournalofSolidsandStructures》、《MechanicsofMaterials》、《ASME-JournalofAppliedMechanics》等国际固体力学知名期刊上发表SCI论文57篇，GoogleScholar引用900余次，SCI他引500余次。教学经历 2017-2018第二学期材料力学C 2018-2019第二学期材料力学B 近年承担的主要科研项目 1.其他，中央高校基本科研业务费：形状记忆合金抗疲劳微结构设计的实验与理论研究（国家级） 2.其他，中央高校基本科研业务费：高温形状记忆合金循环变形与本构模型研究（国家级） 3.国家自然科学基金项目，铁磁形状记忆合金热力磁多场耦合循环变形行为的实验及本构模型研究（国家级） 4.其他，中国科协“青年人才托举工程”（国家级）科研团队博士生：周廷2016级（协助指导）硕士生：陆辰钊2017级李静2017级陈田林2018级黄竑钢2019级招生专业招生类型学院专业代码专业名称专业类型专业方向硕士力学080100力学学术型02.固体力学硕士力学080100力学学术型04.工程力学硕士力学080100力学学术型06.交叉领域中的新兴力学问题招生要求欢迎具备较为扎实的数学、力学基础，具有一定的编程基础或动手能力强的同学

研究领域

1.形状记忆合金热-力耦合多尺度本构关系与疲劳 2.电磁固体热-力-磁-电多场耦合本构关系 3.聚合物材料湿-热-力耦合本构关系 4.智能材料结构设计 5.相变固态制冷的新理论与新技术

近期论文

查看导师新发文章（温馨提示：请注意重名现象，建议点开原文通过作者单位确认）

1.Yu,C,,Kang,G,,Sun,Q,,Fang,D,,Modelingthemartensitereorientationandresultingzero/negativethermalexpansionofshapememoryalloys,JournaloftheMechanicsandPhysicsofSolids,2019(SCI) 2.Yu,C,,Kang,G,,Song,D,,Xie,X,,Three-dimensionalconstitutivemodelformagneto-mechanicaldeformationofNiMnGaferromagneticshapememoryalloysinglecrystals,ActaMechanicaSinica,2019(SCI) 3.Yu,C,,Kang,G,,Rao,W,,Song,D,,Modellingthestress-inducedmulti-stepmartensitetransformationofsinglecrystalNiMnGaferromagneticshapememoryalloys,MechanicsofMaterials,2019(SCI) 4.Yu,C,,Kang,G,,Fang,D,,Mean-fieldhomogenizationofelasto-viscoplasticcompositesbasedonanewmapping-tangentlinearizationapproach,ScienceChinaTechnologicalSciences,2019(SCI) 5.Yu,C,,Kang,G,,Fang,D,,Amicromechanicalconstitutivemodelforunusualtemperature-dependentdeformationofMg–NiTicomposites,InternationalJournalofSolidsandStructures,2019(SCI) 6.Yu,C,,Kang,G,,Kan,Q,,Amicromechanicalconstitutivemodelforgrainsizedependentthermo-mechanicallycoupledinelasticdeformationofsuper-elasticNiTishapememoryalloy,InternationalJournalofPlasticity,2018(SCI) 7.Yu,C,,Kang,G,,Kan,Q,AnequivalentlocalconstitutivemodelforgrainsizedependentdeformationofNiTipolycrystallineshapememoryalloys.,InternationalJournalofMechanicalSciences,2018(SCI) 8.Yu,C,,Kang,G,,Xie,X,,Rao,W,,Amicromechanicalmodelforthegrainsizedependentsuper-elasticitydegenerationofNiTishapememoryalloys,MechanicsofMaterials,2018(SCI) 9.Yu,C,,Kang,G,,Fang,D,,AThermo-Magneto-MechanicallyCoupledConstitutiveModelofMagneticShapeMemoryAlloys,ActaMechanicaSolidaSinica,2018(SCI) 10.Yu,C,,Kang,G,,Chen,K,,Ahygro-thermo-mechanicalcoupledcyclicconstitutivemodelforpolymerswithconsideringglasstransition,InternationalJournalofPlasticity,2017(SCI) 11.Yu,C,,Kang,G,,Chen,K,,Lu,F,,Athermo-mechanicallycouplednonlinearviscoelastic–viscoplasticcyclicconstitutivemodelforpolymericmaterials,MechanicsofMaterials,2017(SCI) 12.Yu,C,,Kang,G,,Kan,Q,,Xu,X,,PhysicalmechanismbasedcrystalplasticitymodelofNiTishapememoryalloysaddressingthethermo-mechanicalcyclicdegenerationofshapememoryeffect,MechanicsofMaterials,2017(SCI) 13.Yu,C,,Kang,G,,Kan,Q,,Amacroscopicmulti-mechanismbasedconstitutivemodelforthethermo-mechanicalcyclicdegenerationofshapememoryeffectofNiTishapememoryalloy,ActaMechanicaSinica,2017(SCI) 14.Yu,C,,Kang,G,,Lu,F,,Zhu,Y,,Chen,K,,Viscoelastic–viscoplasticcyclicdeformationofpolycarbonatepolymer:experimentandconstitutivemodel,ASME-JournalofAppliedMechanics,2016(SCI) 15.Yu,C,,Kang,G,,Kan,Q,,Amicromechanicalconstitutivemodelforanisotropiccyclicdeformationofsuper-elasticNiTishapememoryalloysinglecrystals,JournaloftheMechanicsandPhysicsofSolids,2015(SCI) 16.Yu,C,,Kang,G,,Song,D,,Kan,Q,,Effectofmartensitereorientationandreorientation-inducedplasticityonmultiaxialtransformationratchettingofsuper-elasticNiTishapememoryalloy:newconsiderationinconstitutivemodel,InternationalJournalofPlasticity,2015(SCI) 17.Yu,C,,Kang,G,,Kan,Q,,Zhu,Y,,Rate-dependentcyclicdeformationofsuper-elasticNiTishapememoryalloy:thermo-mechanicalcoupledandphysicalmechanism-basedconstitutivemodel,InternationalJournalofPlasticity,2015(SCI) 18.Yu,C,,Kang,G,,Kan,Q,,CrystalplasticitybasedconstitutivemodelofNiTishapememoryalloyconsideringdifferentmechanismsofinelasticdeformation,InternationalJournalofPlasticity,2014(SCI) 19.Yu,C,,Kang,G,,Kan,Q,,Aphysicalmechanismbasedconstitutivemodelfortemperature-dependenttransformationratchettingofNiTishapememoryalloy:one-dimensionalmodel,MechanicsofMaterials,2014(SCI) 20.Yu,C,,Kang,G,,Kan,Q,,Studyontherate-dependentcyclicdeformationofsuper-elasticNiTishapememoryalloybasedonanewcrystalplasticityconstitutivemodel,InternationalJournalofSolidsandStructures,2014(SCI) 21.Yu,C,,Kang,G,,Kan,Q,,Crystalplasticitybasedconstitutivemodelforuniaxialratchettingofpolycrystallinemagnesiumalloy,ComputationalMaterialsScience,2014(SCI) 22.Yu,C,,Kang,G,,Kan,Q,,Song,D,,Amicromechanicalconstitutivemodelbasedoncrystalplasticityforthermo-mechanicalcyclicdeformationofNiTishapememoryalloys,InternationalJournalofPlasticity,2013(SCI) 23.Yu,C,,Kang,G,,Song,D,,Kan,Q,,Micromechanicalconstitutivemodelconsideringplasticityforsuper-elasticNiTishapememoryalloy,ComputationalMaterialsScience,2012(SCI)