个人简历

王杰，教授，德国洪堡基金获得者、浙江省杰出青年基金获得者，浙江大学工程力学系副主任、应用力学研究所副所长。1994-1998年在西安交通大学攻读工程力学学士学位，毕业后在南昌飞机设计研究所工作一年，1999-2002年在兰州大学攻读固体力学硕士学位，2002-2006年在香港科技大学攻读机械工程学博士学位。2006年7月-2007年8月在香港科技大学从事博士后研究，2007年获得德国洪堡基金，2007年8月至2009年9月在德国卡尔斯鲁厄理工大学任洪堡研究员，2009年9月回国在浙江大学航空航天学院工作，2015年晋升为教授。2010年入选浙江省钱江人才计划，2011年获得浙江省杰出青年基金，2012年获得日本文部省JSPS研究奖学金(JSPS fellow)，2012年至2014年在日本京都大学从事访问研究，2015年获得中国力学学会全国徐芝纶力学优秀教师奖。研究兴趣为智能材料与结构力学、铁电与铁磁材料多场耦合力学、材料微结构演化的相场模拟、材料多场耦合性能的第一性原理计算及优化设计等。在Nature Comm.,PNAS,Phys.Rev.Lett.,Ann.Rev.Mater.Res.,Nano Lett.,JMPS,Acta Mater等期刊上发表SCI论文130余篇。
教学与课程
本科生课程：
《弹性力学》秋冬学期（与陈伟球教授和张春利副教授合作）
《材料力学》春夏学期
研究生课程：
《工程力学前沿及应用》（与钱劲教授、宋吉舟教授和赵沛副教授合作）
奖励荣誉
德国洪堡基金2007
浙江省钱江人才计划2010
浙江省杰出青年基金2011
浙江大学优秀班主任2010-2011年度
日本学术振兴会研究奖学金2012
中国力学学会全国徐芝纶力学优秀教师奖2015
浙江省151人才工程2015
工作研究项目
铁磁材料中拓扑磁结构的力学调控，国家自然科学基金面上项目（2020-2023）
铁电材料电热效应的应变调控，国家自然科学基金面上项目（2017-2020）
多铁性材料多卡效应的力学调控，浙江省自然科学基金重点项目（2017-2020）
应变梯度对铁电材料性能的调控研究，国家自然科学基金面上项目（2015-2018）
智能材料和结构的力学与控制，国家基金委创新研究群体（骨干参与成员）（2014-2019）
非均质层状电磁功能材料的界面结构与力学行为，国家自然科学基金重大项目(骨干参与人员)(2011-2014)
铁电/铁磁复合薄膜多场耦合特性的相场研究，国家自然科学基金青年基金（2011-2013）
低维磁电材料的性能调控研究，浙江省杰出青年基金（2011-2013）
压电器件的非线性断裂失效研究，浙江省创新团队自主设计的一般项目（2011-2012）
低维铁电材料的力电耦合特性研究，教育部高校博士点基金（2011-2013）
实验室介绍
本课题组主要研究方向为智能材料与结构，包括铁电/压电、铁弹、铁磁等功能材料以及由这些材料组成的智能结构与器件。具体研究内容包括智能材料与结构在力-电-磁等多场耦合作用下的致动行为，断裂失效行为，材料微结构与性能的关联，材料微结构演化的相场模拟，多场耦合特性的第一性原理研究,以及纳米尺度下的行为和特性。本小组常年招收硕士生、博士生和博士后，欢迎力学、材料、物理、机械类等相关专业的本科生和研究生同学加盟。
小组成员
在站博士后：
张勇（2020年入站，上海交通大学博士）
杨浛（2020年入站，电子科学大学博士）
在读研究生：
2015级：刘畅（博士生，西南交通大学本科）
2015级：侯旭（博士生，哈尔滨工业大学本科）
2016级：张菁桐(博士生，浙江大学本科)
2018级：孙家骏（博士生，浙江大学本科）
2019级：宾诚文（博士生，西南交通大学本科）
2020级：郑斯铮（博士生，西南交通大学本科）
2020级：王进（博士生，华中科技大学本科）
2020级：张振华（硕士生，华中科技大学本科）
2019级：蒋哲鑫（硕士生，浙江大学本科）
2018级：米璋（硕士生，湖南大学本科）
已毕业学生，时间（去向）
博士后：
Dr.M.P.K.Sahoo（2014-2016，在印度Rajiv Gandhi university of Knowledge Technologies大学任教）
李会雨（2016-2018）
Sankar Prasad Bag（2018-2020）
博士毕业生：
张亚君，2018（比利时烈日大学）
硕士毕业生：
王煜，2020（日本京都大学）
石以诺,2018（北京汽车公司）
李欣凯，2017（江西鹰潭市公务员）
刘曼，2015（上海电气集团）
李桂平，2015（浙江大学华南研究院）
徐涛，2014（日本京都大学博士毕业，现在上海大学任教）
顾洪良，2013（宁波方太厨具有限公司）
张建伟，2013（东方电气集团）
舒伟林，2013（上海电气集团）
本科毕业生：
蒋逸阳，2020
顾杭毅，2020
訾翔宇，2019
刘玉波，2019
孙家骏，2018（浙江大学）
林睿晨，2018
王靖寒，2017
张彤，2015（美国匹斯堡大学）
石以诺，2015（浙江大学）
陈政，2012（北京航天研究院）
夏一帆，2011（浙江大学）
邵利涛，2010

研究领域

智能材料与结构力学，多物理场耦合力学，压电与铁电器件""

近期论文

期刊论文
2021
135.C Liu,J Wang*.Strain engineering of ferroelectric negative capacitance in PbZr(1-x)TixO3 thin films.Acta Materialia 206:116607(2021)
134.JT Zhang,YJ Zhang,T Xu,J Wang*.Strain-temperature phase diagram of BaZrO3 with antiferrodistortive distortions.Physical Review B 103:014113(2021)
2020
133.Y Zhang,J Wang*,P Ghosez*.Unraveling the suppression of oxygen octahedra rotations in A3B2O7 Ruddlesden-Popper compounds:engineering multiferroicity and beyond.Physical Review Letters.125:157601(2020).
132.X Li,C Tan,C Liu,P Gao*,Y Sun,P Chen,M Li,L Liao,R Zhu,J Wang,Y Zhao,L Wang,Z Xu,K Liu,X Zhong*,J Wang*,X Bai*.Atomic-scale observations of electrical and mechanical manipulation of topological polar flux closure.Proceedings of the National Academy of Sciences of the United States of America.117:18954(2020)
131.T Xu*,JT Zhang,YQ Zhu,J Wang,T Shimada,T Kitamura,TY Zhang.Two-dimensional polar metal of a PbTe monolayer by electrostatic doping.Nanoscale Horizons 5:1400(2020)
130.T Shimada*,K Minaguro,T Xu,J Wang,T Kitamura.Ab Initio Study of Ferroelectric Critical Size of SnTe Low-Dimensional Nanostructures.Nanomaterials 10:732(2020)
129.T Xu,*X Wang,J Mai,J Zhang,J Wang,and TY Zhang*.Strain Engineering for 2D Ferroelectricity in Lead Chalcogenides.Adv.Electron.Mater.6:1900932(2020)
128.H Chen,X Hou,J Chen,S Chen,P Hu,H Wu,J Wang,J Zhu*.Large electrostrain induced by reversible domain switching in ordered ferroelectric nanostructures with optimized geometric configurations.Nanotechnology 31:(33)335714(2020)
127.Y Wang,J Sun,T Shimada,H Hirakata,T Kitamura,J Wang*.Ferroelectric control of magnetic skyrmions in multiferroic heterostructures.Physical Review B 102:014440(2020)
126.Z Pan,P Wang,X Hou,L Yao,G Zhang*,J Wang,J Liu,M Shen,Y Zhang,S Jiang,J Zhai*,Q Wang*.Fatigue-Free Aurivillius Phase Ferroelectric Thin Films with Ultrahigh Energy Storage Performance.Advanced Energy Materials 2001536(2020)
125.X Chai,J Jiang,Q Zhang,X Hou,F Meng,J Wang,L Gu,DA Zhang,AQ Jiang*.Nonvolatile ferroelectric field-effect transistors.Nature Communications 11:2811(2020)
124.T Shimada*,Y Ichiki,G Fujimoto,VL Le,T Xu,J Wang,H Hirakata.Ferrotoroidic polarons in antiferrodistortive SrTiO3.Physical Review B‏101:214101(2020)
123.S Prasad,X Hou,J Zhang,S Wu,J Wang*.Negative/Positive Electrocaloric Effect in Single-Layer Pb(ZrxTi1-x)O-3 Thin Films for Solid-State Cooling Device.IEEE Transactions on Electron Devices‏67:1769-1775(2020)
122.LV Lich*,TQ Bui,TT Nguyen,J Wang,TG Nguyen,VH Dinh.An efficient space-time phase field discretization for ferroelectrics.Modelling and Simulation in Materials Science and Engineering 28:025005(2020)
121.Y Zhang,X He,M Sun,J Wang*,P Ghosez*.Switchable metal-to-half-metal transition at the semi-hydrogenated graphene/ferroelectric interface.Nanoscale 12:5067-5074(2020)
120.IA Malik,H Huang,Y Wang,X Wang,C Xiao,…,P Gao,J Wang*,JX Zhang*.Inhomogeneous-strain-induced magnetic vortex cluster in one-dimensional manganite wire.Science Bulletin 65:201-207(2020)
119.王煜，石以诺，王杰.磁电复合材料中拓扑磁结构的力学调控.固体力学学报41:142-50(2020)
2019
118.J Wang*.Mechanical Control of Magnetic Order:From Phase Transition to Skyrmions.Annual Review of Materials Research 49:2.1-2.28(2019)
117.C Liu,J Wang*,G Xu,M Kamlah and TY Zhang.An isogeometric approach to flexoelectric effect in ferroelectric materials.International Journal of Solids and Structures 162:198-210(2019)
116.T Xu*,T Shimada,Y Araki,M Mori,G Fujimoto,J Wang,TY Zhang and T Kitamura.Electron engineering for metallic multiferroic polaron in epitaxial BaTiO3.npj Computational Materials 5:23(2019)
115.Y Wang,C Liu,H Yu,J Wang*.Phase field simulations on domain switching-induced toughening or weakening in multiferroic composites.International Journal of Solids and Structures 178:48-58(2019)
114.JQ Li,YY Wang,H Ling,Y Qiu,J Lou,X Hou,SP Bag,J Wang,HP Wu*,GZ Chai*.Significant Enhancement of the Visible Light Photocatalytic Properties in 3D BiFeO3/Graphene Composites.Nanomaterials 9:65(2019).
113.F Li,X Hou,J Wang,H Zeng,B Shen,J Zhai*.Structure-design strategy of 0-3 type(Bi0.32Sr0.42Na0.20)TiO3/MgO composite to boost energy storage density,efficiency and charge-discharge performance.Journal of the European Ceramic Society 39:2889-2898(2019)
112.J Zhang,X Hou,J Wang*,Direct and indirect methods based on effective Hamilton for electrocaloric effect of BaTiO3 nanoparticle.Journal of Physics-Condensed Matter 31:255402(2019)
111.J Zhu,H Chen,X Hou,L Xu,H Wu*,J Wang*.Phase-field simulations on the electrocaloric properties of ferroelectric nanocylinders with the consideration of surface polarization effect.Journal of Applied Physics 125:234101(2019)
110.Y Shi,H Yu,J Wang*.An I-integral method for the crack-tip intensity factor in ferromagnetic materials with domain switching.Acta Mechanica 230:1427-1439(2019)
2018
109.J Gou,X Liu,C Zhang,G Sun,Y Shi,J Wang,H Chen,T Ma*,X Ren.Ferromagnetic composite with stress-insensitive magnetic permeability:Compensation of stress-induced anisotropies.Physical Review Materials 2(11):114406(2018)
108.Y Zhang,MM Schmitt,A Mercy,J Wang*,P Ghosez*.From charge-to orbital-ordered metal-insulator transition in alkaline-earth ferrites.Physical Review B 98,081108(2018)
107.X Hou,H Wu,H Li,H Chen,J Wang*.Giant negative electrocaloric effect induced by domain transition in the strained ferroelectric thin film.Journal of Physics:Condensed Matter 30,465401(2018)
106.Y Shi,J Wang*.Stabilizing skyrmions by nonuniform strain in ferromagnetic thin films without a magnetic field.Physical Review B 97,224428(2018)
105.H Yu*,J Wang,S Kozinov,M Kuna.Phase field analysis of crack tip parameters in ferroelectric polycrystals under large-scale switching.Acta Materialia 154,334-342(2018)
104.J Wang*,Y Zhang,MPK Sahoo,T Shimada,T Kitamura,P Ghosez and TY Zhang.Giant magnetoelectric effect at the graphone/ferroelectric interface.Scientific Reports 8,12448(2018)
103.XY Wang,YB Yan*,T Shimada,J Wang,T Katamura.Ferroelectric critical size and vortex domain structures of PbTiO3 nanodots:A density functional theory study.Journal of Applied Physics 123,114101(2018)
102.Y Qiu,HP Wu*,J Wang,J Lou,Z Zhang,AP Liu,GZ Chai*.The enhanced piezoelectricity in compositionally graded ferroelectric thin films under electric field:A role of flexoelectric effect.Journal of Applied Physics 123,084103(2018)
101.X Hou,HY Li,T Shimada and T Kitamura,J Wang*.Effect of geometric configuration on the electrocaloric properties of nanoscale ferroelectric materials.Journal of Applied Physics 123,124103(2018)(Cover of the issue)
100.LV Lich*,T Shimada,J Wang,K Masuda,TQ Bui,VH Dinh,T Kitamura.Continuum thermodynamics of unusual domain evolution induced toughening effect in nanocracked strontium titanate.Engineering Fracture Mechanics.190,232-244(2018)
99.J Wang*,Y Shi,M Kamlah.Uniaxial strain modulation of the skyrmion phase transition in ferromagnetic thin films.Physical Review B 97,024429(2018).
2017
98.Y Zhang,T Shimada and T Kitamura,J Wang*.Ferroelectricity in Ruddlesden-Popper Chalcogenide Perovskites for Photovoltaic Application:A Role of Tolerance Factor.The Journal of Physical Chemistry Letters 8,5834–5839(2017)
97.X Li,J Wang*.Effect of grain size on the domain structures and electromechanical responses of ferroelectric polycrystal.Smart Materials and Structures 26,015013(2017).
96.Y Zhang,MPK Sahoo,J Wang*.Tuning the band gap and polarization of BaSnO3/SrSnO3 superlattices for photovoltaic applications.Physical Chemistry Chemical Physics.19:7032(2017)
95.Y Shi,H Yu,T Shimada,J Wang*,T Kitamura.Phase field simulations on domain switching-induced toughening in ferromagnetic materials,European Journal of Mechanics-A/Solids,65:205-211(2017).
94.Y Zhang,J Wang*,MPK Sahoo,T Shimada,T Kitamura.Strain-induced ferroelectricity and lattice coupling in BaSnO3 and SrSnO3.Physical Chemistry Chemical Physics.19:26047-26055(2017).
93.Y Zhang,M.P.K.Sahoo,T Shimada,T Kitamura,J Wang*,Strain-induced improper ferroelectricity in Ruddlesden–Popper perovskite halides.Physical Review B.96:144110(2017).
92.Y Qiu,HP Wu*,J Wang,J Lou,Z Zhang,AP Liu,T Kitamura,GZ Chai*,Giant electrocaloric effect in ferroelectric ultrathin films at room temperature mediated by flexoelectric effect and work function.Journal of Applied Physics.122:98(2017)
91.T Shimada*,T Xu*,Y Araki,J Wang and T Kitamura,Multiferroic dislocations in ferroelectric PbTiO3.Nano Letters 17,2674–2680(2017).
90.T Xu*,T Shimada*,Y Uratani,XY Wang,J.Wang,T.Kitamura.Multiferroic phases and transitions in ferroelectric lead titanate nanodots.Scientific Reports.7:45373(2017)
89.L Van Lich,T Shimada*,SSepideh,J Wang and T Kitamura,Multilevel hysteresis loop engineered with ferroelectric nano-metamaterials.Acta Materialia.125:202-209(2017)
88.L Van Lich*,T Shimada,J Wang and T Kitamura,Self-ordering of nontrivial topological polarization structures in nanoporous ferroelectrics.Nanoscale.40:15525-15533(2017)
87.SG.Cao*,YS.Li,HH.Wu,J Wang,BL Huang and TY.Zhang,Stress-Induced Cubic-to-Hexagonal Phase Transformation in Perovskite Nanothin Films.Nano Letters.17:5148-5155(2017)
86.L Van Lich*,T Shimada,J Wang,VH Dinh,TQ Bui,and T Kitamura,Switching the chirality of a ferroelectric vortex in designed nanostructures by a homogeneous electric field.Physical Review B.96,134119(2017)
85.T Shimada*,T Xu,Y Araki,J Wang and T Kitamura,Unusual Metallic Multiferroic Transitions in Electron-Doped PbTiO3.Advanced Electronic Materials.3,1700134(2017)
84.C Liu,J Wang*.Size-dependent electromechanical properties in piezoelectric superlattices due to flexoelectric effect.Theoretical and Applied Mechanics Letters.7(2):88-92(2017).
2016
83.T Shimada*,Y Araki,T Xu,J Wang,T Kitamura.Multiferroic transitions and misfit phase diagram in oxygen-deficient epitaxial(111)PbTiO3.Advanced Electronic Materials 1600113(2016).
82.Y Li*,J Wang*,F Li*.Intrinsic polarization switching in BaTiO3 crystal under uniaxial electromechanical loading.Physical Review B 94,184108(2016).
81.T Shimada*,T Xu,Y Uratani,J Wang,T Kitamura.Unusual multiferroic phase transitions in PbTiO3 Nanowires.Nano Letters 16,6774-6779(2016).
80.C Liu,H Wu and J Wang*.Giant piezoelectric response in piezoelectric/dielectric superlattices due to flexoelectric effect.Applied Physics Letters 109,192901(2016).
79.H Yu*,J Wang*,T Shimada,et al.An I-integral method for crack-tip intensity factor variation due to domain switching in ferroelectric single-crystals.Journal of the Mechanics and Physics of Solids 94,207-229(2016).
78.H Wu*,X Ma,Z Zhang,J Zhu,J Wang and G Chai*.Dielectric tunability of vertically aligned ferroelectric-metal oxide nanocomposite films controlled by out-of-plane misfit strain.Journal of Applied Physics 119,154102(2016).
77.Q Li*,S Pan,Q Liu and J Wang.Domain switching emission from the mixed-mode crack in ferroelectrics by birefringence measurement and phase field modeling.Smart Materials and Structures 25,07LT01(2016).
76.H Wu*,X Ma,Z Zhang,J Zeng,J Wang and G Chai*.Effect of crystal orientation on the phase diagrams,dielectric and piezoelectric properties of epitaxial BaTiO3 thin films.AIP Advances 6,015309(2016).
75.Y Zhang,J Wang*,MPK Sahoo,et al.Hybrid improper ferroelectricity in SrZrO3/BaZrO3 superlattice.Physical Chemistry Chemical Physics 18,24024-24032(2016).
74.LV Lich*,T Shimada*,J Wang,et al.Instability criterion for ferroelectrics under mechanical/electric multi-fields:Ginzburg-Landau theory based modeling.Acta Materialia 112,1-10(2016).
73.MPK Sahoo,J Wang*,Y Zhang,et al.Modulation of gas adsorption and magnetic properties of monolayer-mos2 by antisite defect and strain.Journal of Physical Chemistry C 120,14113-14121(2016).
72.T Shimada*,T Matsui,T Xu,K Arisue,Y Zhang,J Wang and T Kitamura.Multiferroic nature of intrinsic point defects in BiFeO3:A hybrid Hartree-Fock density functional study.Physical Review B 93,174107(2016).
71.MPK Sahoo,Y Zhang and J Wang*.Nanoscale magnetism and novel electronic properties of a bilayer bismuth(111)film with vacancies and chemical doping.Physical Chemistry Chemical Physics 18,20550-20561(2016).
70.Y Zhang,MKP Sahoo,J Wang*.Strain controlled ferromagnetic-ferrimagnetic transition and vacancy formation energy of defective graphene.Nanotechnology 27,43(2016).
69.LV Lich*,T Shimada*,S Sepideh,J Wang and T Kitamura.Polar and toroidal electromechanical properties designed by ferroelectric nano-metamaterials.Acta Materialia 113,81-89(2016).
68.T Shimada,LV Lich,K Nagano,JS Wang,J Wang and T Kitamura.Polar superhelices in ferroelectric chiral nanosprings.Scientific Reports 6,35199(2016).
67.T Xu,T Shimada*,Y Araki,J Wang,and T Kitamura.Multiferroic Domain Walls in Ferroelectric PbTiO3 with Oxygen Deficiency.Nano Letters 16,454-458(2016).
66.MPK Sahoo,YJ Zhang,and J Wang*.Enhancement of ferroelectric polarization in layered BaZrO3/BaTiO3 superlattices.Physical Letters A 380,299–303(2016)
65.MPK Sahoo,YJ Zhang,J Wang*,RNP Choudhary.Composition control of magnetoelectric relaxor behavior in multiferroic BaZr0.4Ti0.6O3/CoFe2O4 composites.Journal of Alloys and Compounds,657,12-20(2016)
2015
64.Y Zhang,J Wang,*MPK Sahoo,T Shimada and T Kitamura.Mechanical control of magnetism in oxygen deficient perovskite SrTiO3.Physical Chemistry Chemical Physics 17,27136(2015)
63.T Shimada*,LV Lich,K Nagano,J Wang,T Kitamura.Hierarchical ferroelectric and ferrotoroidic polarizations coexistent in nano-metamaterials.Scientific Reports,5,14653(2015)
62.LV Lich*,T Shimada*,K Miyata,K Nagano,J Wang and T Kitamura.Colossal magnetoelectric effect in 3-1 multiferroic nanocomposites originating from ultrafine nanodomain structures.Applied Physics Letters 107,232904(2015)
61.T Xu,T Shimada*,Y Araki,J Wang,and T Kitamura.Defect-strain engineering for multiferroic and magnetoelectric properties in epitaxial(110)ferroelectric lead titanate.Physical Review B 92,104106(2015)
60.Y Zhang,MPK Sahoo,T Shimada,H Zhao,J Wang*,T Kitamura.Interplay of coupling between strain and rotation in ferroelectric SrZrO3/SrTiO3 superlattices.Journal of Physics:Condensed Matter 27:385901(2015)
59.SG Cao,HH Wu,H Ren,LQ Chen,J Wang,J Li,TY Zhang.A novel mechanism to reduce coercive field of ferroelectric materials via{111}twin engineering.Acta Materialia 97,404–412(2015)
58.J Wang*,GP Li.Effect of Dzyaloshinsky–Moriya interaction on magnetic vortex:A real-space phase-field study.Computational Materials Science 108,316–322(2015)
57.T Shimada,J Wang,T Ueda,Y Uratani,K Arisue,M Mrovec,C Elsasser,T Kitamura.Multiferroic Vacancies at Ferroelectric PbTiO3 Surfaces.Physical Review Letters 115,107202(2015)
56.LV Lich*,T Shimada*,K Nagano,HJ Yu,J Wang,K Huang,T Kitamura.Anomalous toughening in nanoscale ferroelectrics with polarization vortices.Acta Materialia 88,147–155(2015)
55.Y Tong,M Liu,HM Chen*,GP Li,H Fang,J Wang,Z.Ma.The effect of strain on the domain switching of ferroelectric polycrystals.Journal of Applied Physics 117,074102(2015)
54.T Shimada*,J Wang,T Ueda,Y Uratani,K Arisue,M Mrovec,C Elsasser,T Kitamura.Multiferroic Grain Boundaries in Oxygen-Deficient Ferroelectric Lead Titanate.Nano Letters 15,27:8722;33(2015)
53.Man Liu,J Wang*.Giant electrocaloric effect in ferroelectric nanotubes near room temperature.Scientific Reports 5:7728(2015)
52.JQ Yuan,J Wang*.Magnetization states in epitaxial thin films subjected to misfit strains and demagnetization field,Physica B 457:62–65(2015)
2014
51.YJ Zhang,GP Li,T Shimada,J Wang*,T Kitamura.Disappearance of ferroelectric critical thickness in epitaxial ultrathin BaZrO3 films.Physical Review B 90,184107(2014)
50.J Wang*,K Nagano,T Shimada,T Kitamura.Strain-Mediated Multilevel Ferroelectric Random Access Memory Operating through a Magnetic Field.RSC Advances.4,45382-45388(2014)
49.T Shimada*,K Arisue,J Wang,T Kitamura.Ab initio study of multiferroic BiFeO3(110)surfaces.Physical Review B 89,245437(2014)
48.J Wang*,WL Shu,H Fang,M Kamlah.Phase field simulations of the poling process and nonlinear behavior of ferroelectric polycrystals with semiconducting grain boundaries.Smart Materials and Structures.23,095016(2014)
47.YJ Zhang,M Liu,J Wang*,T Shimada,T Kitamura.Strain tunable ferroelectric and dielectric properties of BaZrO3.Journal of Applied Physics 115,224107(2014)
46.GP Li,J Wang*,T Shimada,H Fang,T Kitamura.Strain-induced polarity switching of magnetic vortex in Fe1-xGax alloys with different compositions.Journal of Applied Physics,115,203911(2014)
45.J Wang*,T Xu,T Shimada,XY Wang,TY Zhang,T Kitamura.Chiral selectivity of improper ferroelectricity in single-wall PbTiO3 nanotubes.Physical Review B 89,144102(2014)
44.J Wang*,M Liu,YJ Zhang,T Shimada,SQ Shi,T Kitamura.Large electrocaloric effect induced by the multi-domain to mono-domain transition in ferroelectrics.Journal of Applied Physics 115,164102(2014)
43.HH Wu,J Wang,SG Cao,LQ Chen,TY Zhang*.The unusual temperature dependence of the switching behavior in a ferroelectric single crystal with dislocations.Smart Materials and Structures.23(2),025004,(2014)
2013
42.J Wang*,GP Li,T Shimada,H Fang,T Kitamura.Control of the polarity of magnetization vortex by torsion.Applied Physics Letters 103:242413(2013)
41.H Wu,J Wang,S Cao,TY Zhang*.Micro-/Macro-responses of a Ferroelectric Single Crystal with Domain Pinning and Depinning by Dislocations.Journal of Applied Physics.114:164108(2013).
40.T Xu,J Wang*,T Shimada,T Kitamura.Direct approach for flexoelectricity from first-principles calculations:Cases for SrTiO3 and BaTiO3.Journal of Physics:Condensed Matter.25:415901(2013)
39.J Wang*,W Shu,T Shimada,T Kitamura,Ti Zhang.Role of grain orientation distribution in the ferroelectric and ferroelastic domain switching of ferroelectric polycrystals.Acta Materialia 61:6037(2013)
38.T Shimada*,T Ueda,J Wang,T Kitamura.Hybrid Hartree-Fock density functional study of charged point defects in ferroelectric PbTiO3.Physical Review B 87:174111(2013)
37.J Wang*,J Zhang.A real-space phase field model for the domain evolution of ferromagnetic materials.International Journal of Solids and Structures 50:3597(2013)
36.H Wu,J Wang,S Cao,TY Zhang*.Effect of dislocation walls on the polarization switching of a ferroelectric single crystal.Applied Physics Letters 102:232904(2013)
35.J Wang*,J Zhang,T Shimada,T Kitamura.Strain effect on the evolution of magnetic multi-vortices in ferromagnetic nano-platelets.Journal of Physics:Condensed Matter.25:226002(2013)
34.J Wang*,Z Chen,T Shimada,T Kitamura.Unusual domain evolution in semiconducting ferroelectrics:A phase field study.Physics Letters A.04:044(2013)
33.H Gu,J Wang*.The influence of crack face electrical boundary conditions on the nonlinear behavior of ferroelectric single crystal.Smart Materials and Structures.22:065001(2013)
32.J Wang*,B Voelker,M Kamlah,TY Zhang.Effects of thickness on the polarization states in epitaxial ferroelectric thin films.Acta Mechanica.707:869(2013)
Before 2013
31.W Shu,J Wang*,TY Zhang.Effect of grain boundary on the electromechanical response of ferroelectric polycrystals.Journal of Applied Physics.112:064108(2012)
30.J Wang,TY Zhang*.Phase field study of polarization vortex in ferroelectric nanostructures.Journal of Advanced Dielectrics,02:1241002(2012).
29.Y Xia,J Wang*.Switching behavior of ferroelectric thin films with deadlayers.Smart Materials and Structures,21:094019(2012).
28.H Qiao,J Wang*,WQ Chen.Phase field simulation of domain switching in ferroelectric single crystal with electrically permeableand impermeable cracks.Acta Mechanica Solida Sinica,25:1-8.(2012).
27.J Wang*,Y Xia,LQ Chen,SQ Shi.Effect of strain and deadlayer on the polarization switching of ferroelectric thin film.Journal of Applied Physics.110:114111(2011).
26.J Wang,Y Su*.Stability of polarization vortices within two interacting ferroelectric nanoparticles.Physics Letters A 375:1019(2011).
25.J Wang*,M Kamlah.Effect of electrical boundary conditions on the polarization distribution around a crack embedded in a ferroelectric single domain.Engineering Fracture Mechanics 77:3658(2010).
24.J Wang*.Switching mechanism of polarization vortex in single-crystal ferroelectric nanodots.Applied Physics Letters 97:192901(2010).
23.J Wang,M Kamlah,TY Zhang*.Phase field simulations of low dimensional ferroelectrics.Acta Mechanica 214:49(2010).
22.Y Zuo,J Wang*,M Kamlah.Effect of surface charges on the polarization distribution in ferroelectric nanotubes.International Journal of Materials Research.101:492(2010).
21.J Wang*,M Kamlah.Intrinsic switching of polarization vortex in ferroelectric nanotubes.Physical Review B 80:012101(2009).
20.J Wang*,M Kamlah.Three dimensional finite element modeling of polarization switching in a ferroelectric single domain with an impermeable notch.Smart Materials and Structures.18:104008(2009).
19.J Wang*,M Kamlah,TY Zhang.Phase field simulations of ferroelectric nanoparticles with different long-range-electrostatic and-elastic interactions.Journal of Applied Physics.105:014104(2009).
18.J Wang*,M Kamlah.Domain control in ferroelectric nanodots through surface charges.Applied Physics Letters.93:262904(2008).
17.J Wang*,M Kamlah.Domain structures of ferroelectric nanotubes controlled by surface charge compensation.Applied Physics Letters.93:042906(2008).
16.J Wang*,M Kamlah,TY Zhang,Y Li,LQ Chen.Size-dependent polarization distribution in ferroelectric nanostructures:Phase field simulations.Applied Physics Letters 92:162905(2008).
15.J Wang,TY Zhang*.Influence of depolarization field on polarization states in epitaxial ferroelectric thin films with nonequally biaxial misfit strains.Physical Review B.77:014104(2008).
14.J Wang,TY Zhang*.Phase field simulations of a permeable crack parallel to the original polarization direction in a ferroelectric mono-domain.Engineering Fracture Mechanics.75:4886(2008).
13.P Liu,J Wang,TY Zhang,Y Li,LQ Chen,X Ma,W Chu,L Qiao*.Effects of unequally biaxial misfit strains on polarization phase diagrams in embedded ferroelectric thin layers:Phase field simulations.Applied Physics Letters.93:132908(2008).
12.J Wang,TY Zhang*.Phase field simulations of polarization switching-induced toughening in ferroelectric ceramics.Acta Materialia.55:2465(2007).
11.J Wang,TY Zhang*.Size effects in epitaxial ferroelectric islands and thin films.Physical Review B.73:144107(2006).
10.J Wang,TY Zhang*.Effect of long-range elastic interactions on the toroidal moment of polarization in a ferroelectric nanoparticle.Applied Physics Letters.88:182904(2006).
9.H Zhou,J Wang,YH Zhou*,XJ Zheng.Optimal track seeking control of dual-stage actuator for high density hard disk drives.Acta Mechanica Solida Sinica,19:297(2006).
8.J Wang,TY Zhang*.Effects of non-equally biaxial misfit strains on the phase diagram and dielectric properties of epitaxial ferroelectric thin films.Applied Physics Letters.86:192905(2005).
7.J Wang,Y Li,LQ Chen,TY Zhang*.The effect of mechanical strains on the ferroeletric and dielectric properties of a model single crystal-Phase field simulation.Acta Materialia,53:2495(2005).
6.X Wang,J Wang,M Zhao,TY Zhang*.Microbridge testing on symmetrical trilayer films,Journal of Microelectromechanical Systems.14:634(2005).
5.J Wang,SQ Shi,LQ Chen,Y Li,TY Zhang*.Phase field simulations of ferroelectric/ferroelastic polarization switching,Acta Materialia,52:749(2004).
中文论文:
4.王杰*，李欣凯，刘畅，石以诺.材料微结构演化的相场模拟(综述).固体力学学报.17(1):1-33(2016)
3.张建伟,王杰*.铁磁纳米结构磁化状态及其磁-力耦合效应的相场模拟.计算力学学报.31:169(2014)
2.王杰,周又和.磁头精定位控制中压电致动特征的解析解.力学学报.34:622(2002)
1.王杰,周又和.压电智能梁振动控制的样条小波分解法.振动工程学报.15:279(2002)
兼任Scientific Reports期刊编委、浙江省力学学会常务理事、中国力学学会固体力学专业委员会智能材料与结构专业组委员、中国硅酸盐学会微纳技术分会理事，曾任浙江省力学学会第九届理事会秘书长、中国力学学会电子电磁器件力学工作组委员。