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宋吉舟,浙江大学教授,博导。现任浙江大学航空航天学院应用力学研究所副所长,主要从事可延展柔性电子器件力热设计、高效转印集成技术和人机界面应用研究,在PNAS、Science Advances、National Science Review、JMPS、AFM等国际知名期刊上发表SCI论文120余篇,英文书章6篇,公开/授权国内发明专利18项,授权国际发明专利2项。 教育背景 2004年08月-2007年10月:美国伊利诺伊大学香槟分校,博士研究生 Ph.D.机械工程2007年10月 2001年09月-2004年07月:中国科学技术大学,硕士研究生 M.E.固体力学2004年07月 1997年09月-2001年07月:中国科学技术大学,本科生 B.S.理论与应用力学2001年07月 工作经历 2013年11月至今:浙江大学航空航天学院,教授 2008年08月-2013年11月:美国迈阿密大学,助理教授 2007年10月-2008年08月:美国伊利诺伊大学香槟分校,博士后 (招收上述研究方向的研究生和博士后,博士后薪酬~20万元/年) 奖励或荣誉 香港求是科技基金会“求是杰出青年学者奖”,2014 浙江省杰出青年科学基金,2015 国家自然科学基金委优秀青年科学基金,2016 第十六届中国力学学会青年科技奖,2019 科睿唯安高被引科学家(跨学科领域),2019 科研 本实验室围绕可延展柔性无机电子器件,基于力学结构设计,发展电子器件的可延展柔性化及制备方法,研究可延展柔性无机电子器件的力学变形机制、传热散热机制,提出有效力热结构设计准则,实现可延展柔性无机电子器件,推进其应用和产业化。主要研究方向包括: 1、发展先进转印技术,包括磁控和热控转印技术,研究界面粘附调控机理,实现高效、可控的转印,为批量生产可延展柔性无机电子器件建立理论与实验基础; 2、提出新型力热结构设计,研究其力学变形和传热散热机理,为实现高性能可延展柔性电子器件建立力学和热学基础; 3、基于先进转印技术和新型力热结构设计,制备可延展柔性电子器件,包括柔性肌电极、脑电极、压力传感器、应变传感器、温度传感器等,探索其在医疗健康、康复工程、人机交互、软体机器人等领域的应用。 著作章节 1.C.Linghu,S.Zhang,C.Wang,H.Luo,J.Song,“Mass Transfer for Micro-LED Display:Transfer Printing Techniques'in Semiconductors and Semimetals,In Press,2021. 2.J.Wu,C.Zhang,J.Song and K.C.Hwang,“Mechanics of Carbon Nanotubes and Their Composites”in Mechanics of Materials(eds.C.H.Hsueh,S.Schmauder,C.S.Chen,K.K.Chawla,W.Chen,and Y.Kagawa),Springer,Chapter 16,pp 483-548,2019. 3.S.Wang,J.Xiao,J.Song,Y.Huang and J.A.Rogers,“Mechanics of Curvilinear Electronics”in Nano and Cellular Mechanics:Fundamentals and Frontiers(eds.H.D.Espinosa and G.Bao),Wiley,Chapter 13,pp 339-358,2013. 4.J.Song and S.Wang,“Theory for Stretchable Interconnects”in Stretchable Electronics(ed.T.Someya),Wiley,Chapter 1,pp 3-29,2013. 5.J.Song,J.Wu and Y.Huang,“Controlled Buckling of Thin Film on Compliant Substrate for Stretchable Electronics”in Thin Film Growth Physics,Materials Science and Applications(ed.Z.Cao),Woodhead Publishing Limited,Chapter 14,pp 340-363,2011. 6.H.Jiang,J.Song,Y.Huang and J.A.Rogers,“Mechanics of Stretchable Silicon Films on Elastomeric Substrate”in Unconventional Nanopatterning Techniques And Applications(eds.J.A.Rogers and H.H.Lee),Wiley,Hoboken,New Jersey,Chapter 18,pp 483-514,2008. 教学与课程 本科生材料力学(乙) 本科生有限元方法 实验室成员 在读研究生 博士生: 2015级:王成军(直博生,西南交通大学本科) 2016级:张顺(直博生,中国矿业大学本科) 2017级:蔡民(直博生,南京航空航天大学本科) 2018级:罗鸿羽(直博生,中国矿业大学本科) 2018级:聂爽(硕博连读,山东大学本科) 2019级:王苏浩(直博生,山东大学本科) 2020级:李城隆(直博生,浙江大学本科) 硕士生: 2018级:张笑飞(硕士生,南京航空航天大学本科) 2019级:许欣林(硕士生,浙江大学本科) 2020级:朱昊东(硕士生,浙江大学本科) 实验室助理:刘长影 已毕业学生(去向) 博士后: 张晨曦,2016-2018年在站(之江实验室) 博士生: 陈舟,2019年博士毕业(香港城市大学博士后) 硕士生: 常若菲,2017年硕士毕业(中国航空发动机集团) 江睿琪,2018年硕士毕业(珠海格力电器股份有限公司) 令狐昌鸿,2020年硕士毕业(新加坡南洋理工大学) 本科生: 高玉岩,2016年本科毕业(美国滨州州立大学) 令狐昌鸿,2017年本科毕业(浙江大学) 杜一朴,2019年本科毕业(美国圣母大学)

研究领域

转印力学 可延展柔性电子器件力学 可延展柔性电子器件应用

近期论文

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2021 139.S.Zhang#,H.Luo#,S.Wang,Z.Chen,S.Nie,C.Liu,J.Song*,“A Thermal Actuated Switchable Dry Adhesive with High Reversibility for Transfer Printing,”International Journal of Extreme Manufacturing(In Press). 138.X.Zhang,C.Linghu,H.Luo,J.Song*,“Mechanics of Active Elastomeric Surfaces with Tunable Adhesion for Selective Pick-up and Non-contact Printing,”International Journal of Solids and Structures(In Press). 137.H.Luo,S.Wang,C.Wang,C.Linghu,J.Song*,“Thermal Controlled Tunable Adhesive for Deterministic Assembly by Transfer Printing,”Advanced Functional Materials 202010297(2021). 136.S.Wang,H.Luo,C.Linghu,J.Song*,“Elastic Energy Storage Enabled Magneticaly-actuated,Octopus-inspired Smart Adhesive,”Advanced Functional Materials 31,2009217(2021). 135.S.Zhang,C.Wang,C.Linghu,S.Wang,J.Song*,“Mechanics Strategies for Implantation of Flexible Neural Probes,”Journal of Applied Mechanics 88,010801(2021). 2020 134.L.Dai,J.Song,S.Qu,R.Xiao*,“Triple-Shape Memory Effect in 3D-Printed Polymers,”eXPRESS Polymer Letters 14,1116-1126(2020). 133.C.Wang,C.Linghu,S.Nie,C.Li,Q.Lei,X.Tao,Y.Zeng,Y.Du,S.Zhang,K.Yu,H.Jin,W.Chen,J.Song*,“Programmable and Scalable Transfer Printing with High Reliability and Efficiency for Flexible Inorganic Electronics,”Science Advances 6,eabb2393(2020). 132.Y.Li,J.Chen,J.Song*,“Recent Advances on Thermal Management of Flexible Inorganic Electronics,”Micromachines 11,390(2020). 131.W.Peng,G.Zhang,J.Liu*,S.Nie,Y.Wu,S.Deng,G.Fang,J.Zhou,J.Song,J.Qian,P.Pan,Q.Zhao,T.Xie*,“Light-Coded Digital Crystallinity Patterns Toward Bioinspired 4D Transformation of Shape-Memory polymers,”Advanced Functional Materials 30,2000522(2020). 130.Y.Yin,M.Li,Y.Li*,J.Song*,“Skin Pain Sensation of Epidermal Electronic Device/Skin System Considering Non-Fourier Heat Conduction,”Journal of the Mechanics and Physics of Solids 138,103927(2020). 129.H.Luo,C.Wang,C.Linghu,K.Yu,C.Wang,J.Song*,“Laser-Driven Programmable Non-Contact Transfer Printing of Objects onto Arbitrary Receivers via an Active Elastomeric Micro-Structured Stamp,”National Science Review 7,296-304(2020). 128.C.Wang,S.Zhang,S.Nie,Y.Su,W.Chen*,J.Song*,“Buckling of a Stiff Thin Film on a Bi-layer Compliant Substrate of Finite Thickness,”International Journal of Solids and Structures 188-189,133-140(2020). 127.S.Zhang,C.Wang,H.Gao,C.Yu,Q.Yan,Y.Lu,Z.Tao,C.Linghu,Z.Chen,K.Xu*,J.Song*,“A Removable Insertion Shuttle for Ultra-flexible Neural Probe Implantation with Stable Chronic Brain Electrophysiological Recording,”Advanced Materials Interfaces 2020,1901775(2020). -------This paper is highlighted with the inside back cover 126.C.Linghu,S.Zhang,C.Wang,K.Yu,C.Li,Y.Zeng,H.Zhu,X.Jin,Z.You,J.Song*,“Universal SMP Gripper with Massive and Selective Capabilities for Multi-scaled,Arbitrarily Shaped Objects,”Science Advances 6,eaay5120(2020). 125.S.Nie,M.Cai,C.Wang,J.Song*,“Fatigue Life Prediction of Serpentine Interconnects on Soft Elastomers for Stretchable Electronics,”Journal of Applied Mechanics 87,011011(2020). 2019 124.Z.Chen,C.Linghu,K.Yu,J.Zhu,H.Luo,C.Qian,Y.Chen,Y.Du,S.Zhang,J.Song*,“Fast Digital Patterning of Surface Topography Toward Three-dimensional Shape Changing Structures,”ACS Applied Materials&Interfaces 11,48412-48418(2019). 123.Y.Shi,C.Wang,Y.Yin,Y.Li*,Y.Xing,J.Song*,“Functional Soft Composites as Thermal Protecting Substrates for Wearable Electronics,”Advanced Functional Materials 29,1905470(2019). 122.Y.Cui,Y.Yin,C.Wang,K.Sim,Y.Li*,C.Yu*,J.Song*,“Transient Thermo-mechanical Analysis for Thermally Responsive Liquid Crystal Elastomers Based Bimorph Soft Robot,”Applied Mathematics and Mechanics(English Edition)40,943-952(2019). 121.X.Zhang,C.Linghu,J.Song*,“Three-dimensional Mechanical Modeling of Magnet-controlled Transfer Printing,”International Journal of Applied Mechanics 11,1950042(2019). 120.J.Zhang,Y.Li*,Y.Xing,J.Song*,“Transient Thermomechanical Analysis of Epidermal Electronic Devices on Human Skin,”Mechanics of Materials 137,103097(2019). 119.M.Cai,S.Nie,Y.Du,C.Wang,J.Song*,“Soft Elastomers with Programmable Stiffness as Strain-isolating Substrates for Stretchable Electronics,”ACS Applied Materials&Interfaces 11,14340-14346(2019). 118.J.Zhang,Y.Li*,Y.Xing,J.Song*,“Three-dimensional Thermomechanical Analysis of Epidermal Electronic Devices on Human Skin,”International Journal of Solids and structures 167,48-57(2019). 117.S.Zhang,C.Wang,S.Nie,J.Xiao,J.Song*,“Wrinkling of Silicon Nanoribbons on Shape Memory Polymers,”Journal of Physics D:Applied Physics 52,265101(2019). 116.K.Sim,Y.Gao,Z.Chen,J.Song,C.Yu*,“Nylon Fabric Enabled Tough and Flaw Insensitive Stretchable Electronics,”Advanced Materials Technologies 4,1800466(2019). -------This paper is highlighted with the back cover 115.C.Linghu,H.Zhu,J.Zhu,C.Li,J.Song*,“Mechanics of Magnet-controlled Transfer Printing,”Extreme Mechanics Letters 27,76-82(2019). 114.K.Sim,Y.Li,J.Song,C.Yu*,“Biaxially Stretchable Ultrathin Si Enabled by Serpentine Structures on Prestrained Elastomers,”Advanced Materials Technologies 4,1800489(2019). 113.Y.Li,J.Chen,X.Xie,Y.Xing,J.Song*,“Thermal Management for Purification of Aligned Arrays of Single-Walled Carbon Nanotubes Based on Thermocapillary Flow by Pulsed Heating,”International Journal of Thermal Sciences 138,480-486(2019). 112.C.Linghu,C.Wang,N.Cen,J.Wu,Z.Lai,J.Song*,“Rapidly Tunable and Highly Reversible Bio-Inspired Dry Adhesion for Transfer Printing in Air and a Vacuum,”Soft Matter 15,30-37(2019). -------This paper is highlighted with the inside front cover 111.M.V.Barnhart,X.Xu,Y.Chen,S.Zhang,J.Song,and G.Huang*,“Experimental Demonstration of a Dissipative Multi-Resonator Metamaterial for Broadband Elastic Wave Attenuation,”Journal of Sound and Vibration 438,1-12(2019). 110.R.Chang,Z.Chen,C.Yu,J.Song*,“An Experimental Study on Stretchy and Tough PDMS/Fabric Composites,”Journal of Applied Mechanics 86,011012(2019). 2018 109.H.H.Jung,J.Song,S.Nie,H.N.Jung,M.S.Kim,J.W.Jeong,Y.M.Song*,J.Song*,K.I.Jang*,“Thin Metallic Heat Sink for Interfacial Thermal Management in Biointegrated Optoelectronic Devices,”Advanced Materials Technologies 3,1800159(2018). 108.Z.Chen,C.Yu,W.Chen,J.Song*,“Surface Wrinkling of an Elastic Graded Solid,”Soft Matter 14,8717(2018). 107.S.Nie,C.Zhang,J.Song*,“Thermal Management of the Epidermal Electronic Device/Skin System Considering Latent Sweat,”Scientific Reports 8,14121(2018). 106.C.Linghu,S.Zhang,C.Wang,J.Song*,“Transfer Printing Techniques for Flexible and Stretchable Inorganic Electronics,”npj Flexible Electronics 2,26(2018). 105.H.Luo,C.Linghu,and J.Song*,“Recent Advances on Mechanics of Transfer Printing for Flexibile and Stretchable Electronics(In Chinese),”Scientia Sinica:Physica,Mechanica&Astronomica 48,094610(2018). 104.Y.Li,J.Zhang,Y.Xing,J.Song*,“Thermal Analysis of Epidermal Electronic Devices Integrated with Human Skin Considering the Effects of Interfacial Thermal Resistanc,”AIP Advances 8,055102(2018). 103.C.Huang,Z.Bian*,C.Fang,X.Zhou,and J.Song,“Experimental and Theoretical Study on Mechanical Properties of Porous PDMS,”Journal of Applied Mechanics 85,041009(2018). 102.C.Wang,K.Sim,J.Chen,H.Kim,Z.Rao,Y.Li,W.Chen,J.Song,R.Verduzco,and C.Yu*,“Soft Ultra-Thin Electronics Innervated Adaptive Fully Soft Robots,”Advanced Materials 30,1706695(2018). -------This paper is highlighted with cover issue(27 March 2018) 101.Y.Cui,Y.Li*,Y.Xing,T.Yang,and J.Song*,“Three-dimensional Thermal Analysis of Rectangular Micro-scale Inorganic Light-emitting Diodes Integrated with Human Skin,”International Journal of Thermal Sciences 127,321-328(2018). 100.Y.Cui,C.Wang,K.Sim,J.Chen,Y.Li*,Y.Xing,C.Yu*,J.Song*,“A Simple Analytical Thermo-Mechanical Model for Liquid Crystal Elastomer Bilayer Structures,”AIP Advances 8,025215(2018). 99.B.Jin,H.Song,R.Jiang,J.Song,Q.Zhao*,T.Xie*,“Programming a Crystalline Shape Memory Polymer Network with Thermo-and Photo-reversible Bonds toward a Single Component Soft Robot,”Science Advances 26,eaao3865(2018). 2017 98.Z.Chen,W.Chen,and J.Song*,“Buckling of a Stiff Thin Film on an Elastic Graded Compliant Substrate,”Proceedings of the Royal Society A 473,20170410(2017). 97.Y.Li,X.Zhou,Z.Bian,Y.Xing,and J.Song*,“Band Gap Structures of a One-dimensional Phononic Crystal with Viscoelastic Interfaces,”International Journal of Applied Mechanics 9,1750102(2017). 96.Y.Li,J.Zhang,Y.Xing,and J.Song*,“Thermomechanical Analysis of Epidermal Electronic Devices Integrated with Human Skin,”Journal of Applied Mechanics 84,111004(2017). 95.H.Hafeez,Z.Zou,D.H.Kim,J.Y.Sin,M.Song,C.S.Kim,W.J.Choi,J.Song,J.Xiao*,S.Y.Ryu*,“Multiaxial Wavy Top-Emission Organic Light-Emitting Diodes on Thermally Prestrained Elastomeric Substrate,”Organic Electronics 48,314-322(2017). 94.Y.Li,J.Chen,Y.Xing,and J.Song*,“Thermal Management of Micro-scale Inorganic Light-emitting Diodes on an Orthotropic Substrate for Biointegrated Applications,”Scientific Reports 7,6638(2017). 93.Y.Cui,Y.Li*,Y.Xing,Q.Ji,and J.Song*,“Thermal Design of Rectangular Microscale Inorganic Light-emitting Diodes,”Applied Thermal Engineering 122,653-660(2017). 92.L.Tian,Y.Li,R.C.Webb,S.Krishnan,Z.Bian,J.Song,X.Ning,K.Crawford,J.Kurniawan,A.Bonifas,J.Ma,Y.Liu,X.Xie,J.Chen,Y.Liu,Z.Shi,T.Wu,R.Ning,D.Li,S.Sinha,D.C.Cahill,Y.Huang*,and J.A.Rogers*,“Flexible and Stretchable 3w Sensors for Thermal Characterization of Human Skin,”Advanced Functional Materials 27,1701282(2017). 91.Y.Li,X.Zhou,Z.Bian*,Y.Xing,and J.Song*,“Thermal Tuning of the Adhesive Layer on the Band Gaps in a One-Dimensional Phononic Crystal,”Composite Structures 172,311-328(2017). 90.R.Jiang,J.Xiao,and J.Song*,“Buckling of Thin Gel Strip Under Swelling,”Theoretical and Applied Mechanics Letters 7,134-137(2017). 89.K.Sim,X.Wang,Y.Li,C.Linghu,Y.Gao,J.Song,and C.Yu*,“Destructive Electronics from Electrochemical-mechanically Triggered Chemical Dissolution,”Journal of Micromechanics and Microengineering 27,065010(2017). 88.Y.Gao,Y.Li,R.Li,and J.Song*,“An Accurate Thermomechanical Model for Laser-Driven Microtransfer Printing,”Journal of Applied Mechanics 84,064501(2017). 87.Y.Li,J.Chen,Y.Xing,and J.Song*,“Analytical Investigations on the Thermal Properties of Microscale Inorganic Light-Emitting Diodes on an Orthotropic Substrate,”AIP Advances 7,035208(2017) 86.L.Huang,R.Jiang,J.Wu,J.Song,H.Bai,Q.Zhao*,and T.Xie*,“Ultrafast Digital Printing toward 4D Shape Changing Materials,”Advanced Materials 29,1605390(2017). 2016 85.Y.Cui,Y.Li*,Y.Xing,T.Yang,and J.Song*,“One-Dimensional Thermal Analysis of the Flexible Electronic Devices Integrated with Human Skin,”Micromachines 7,210(2016). 84.Y.Cui,Z.Bian,Y.Li*,Y.Xing and J.Song*,“3D Thermal Analysis of Rectangular Microscale Inorganic Light-emitting Diodes,”Journal of Physics D:Applied Physics 49,405101(2016). 83.R.Chang,Y.Zhang,and J.Song*,“Recent Advances in Mechanics of Stretchable Designs(In Chinese),”Chinese Journal of Solid Mechanics 37,95-106(2016). 82.J.Song*,X.Feng,and Y.Huang,“Mechanics and Thermal Management of Stretchable Inorganic Electronics,”National Science Review 3,128-143(2016). ------The paper is selected as The Best Paper Award of 2017 81.Y.Cui,Y.Xing,Y.Li*,and J.Song*,“Thermal Management for Microscale Inorganic Light-Emitting Diodes(In Chinese),”Scientia Sinica:Physica,Mechanica&Astronomica 46,044612(2016). 80.Y.Li,Y.Gao,and J.Song*,“Recent Advances on Thermal Analysis of Stretchable Electronics,”Theoretical and Applied Mechanics Letters 6,32-37(2016) 2015 79.K.Sim,S.Chen,Y.Li,M.Kammoun,Y.Peng,M.Xu,Y.Gao,J.Song,Y.Zhang,H.Ardebili,and C.Yu*,“High Fidelity Tape Transfer Printing Based on Chemical Induced Adhesive Strength Modulation,”Scientific Reports 5,16133(2015). 78.Y.Gao,K.Sim,S.Sun,Z.Chen,J.Song,and C.Yu*,“Crack-Insensitive Wearable Electronics Enabled Through High-Strength Kevlar Fabrics,”IEEE Transactions on Components,Packaging and Manufacturing Technology 5,1230-1236(2015). 77.J.Song*,“Mechanics of Stretchable Electronics,”Current Opinion in Solid State and Materials Science 19,160-170(2015). 76.J.Song*,Y.Li,F.Du,X.Xie,Y.Huang,and J.A.Rogers,“Thermal Analysis for Laser Selective Removal of Metallic Single-Walled Carbon Nanotubes,”Journal of Applied Physics 117,165102(2015). 75.X.Xie,M.A.Wahab,Y.Li,A.E.Islam,B.Tomic,J.Huang,B.Burns,E.Seabron,S.N.Dunham,F.Du,J.Lin,W.L.Wilson,J.Song,Y.Huang,M.A.Alam,and J.A.Rogers*,“Direct Current Injection and Thermocapillarity for Purification of Aligned Arrays of Single-walled Carbon Nanotubes,”Journal of Applied Physics 117,134303(2015) 74.R.Chang,X.Feng,W.Chen,and J.Song*,“Mechanics Designs for Stretchable Inorganic Electronics(In Chinese),”Chinese Science Bulletin 60,2079-2090(2015). 73.W.Hua,J.Xu,S.Dong*,J.Song*,and Q.Wang,“Effect of Confining Pressure on Stress Intensity Factors for Cracked Brazillian Disk,”International Journal of Applied Mechanics 7,1550051(2015). 72.J.Song*,C.Lu,S.H.Jin,S.N.Dunham,X.Xie,J.A.Rogers,and Y.Huang*,“Purification of Single-Walled Carbon Nanotubes Based on Thermocapillary Flow,”ASME Journal of Applied Mechanics 82,071010(2015). 2014 71.F.Du,J.R.Felts,X.Xie,J.Song,Y.Li,M.R.Rosenberger,A.E.Islam,S.H.Jin,S.N.Dunham,C.Zhang,W.L.Wilson,Y.Huang,W.P.King,and J.A.Rogers*,“Laser-Induced Nanoscale Thermocapillary Flow for Purification of Aligned Arrays of Single-Walled Carbon Nanotubes,”ACS Nano 8,12641-12649(2014). 70.C.Zhang,J.Song*,and Q.D.Yang,“Periodic Buckling Patterns of Graphene/hexagonal Boron Nitride Heterostructure,”Nanotechnology 25,445401(2014). 69.J.Song*,C.Lu,C.Zhang,S.H.Jin,Y.Li,S.N.Dunham,X.Xie,F.Du,Y.Huang*,and J.A.Rogers,“Modeling of Thermocapillary flow to purify single-walled Carbon Nanotubes,”RSC Advances 4,42454-42461(2014). 68.X.Xie,S.H.Jin,M.A.Wahab,A.Islam,C.Zhang,F.Du,E.Seabron,T.Lu,S.N.Dunham,H.I.Cheong,Y.C.Tu,Z.Guo,H.U.Chung,Y.Li,Y.Liu,J.H.Lee,J.Song,Y.Huang,M.A.Alam,W.L.Wilson,and J.A.Rogers*,“Microwave Purification of Large-area Horizontally Aligned Arrays of Single-Walled Carbon Nanotubes,”Nature Communications 5,5322(2014). 67.C.Zhang,J.Lou,and J.Song*,“A Cohesive Law for Interfaces in Graphene/hexagonal Boron Nitride Heterostructure,”Journal of Applied Physics 115,144308(2014). 66.S.H.Jin,J.Song,H.U.Chung,C.Zhang,S.N.Dunham,X.Xie,F.Du,T.Kim,J.Lee,Y.Huang,and J.A.Rogers*,“Fundamental Effects in Nanoscale Thermocapillary Flow,”Journal of Applied Physics 115,054315(2014). 65.X.Feng*,B.Lu,J.Wu,Y.Lin*,J.Song,G.Song,Y.Huang,“Review on Stretchable and Flexible Inorganic Electronics,”Acta Physica Sinica 63,014201(in Chinese)(2014). 64.Z.Bian,J.Song*,R.Chad Webb,A.P.Bonifas,J.A.Rogers,and Y.Huang*,“Thermal Analysis of Ultrathin,Compliant Sensors for Characterization of the Human Skin,”RSC Advances 4,5694(2014). 63.H.Cheng and J.Song*,“A Simply Analytic Study of Buckled Thin Films on Compliant Substrates,”ASME Journal of Applied Mechanics 81,024501(2014). 62.Z.Bian,W.Peng,and J.Song*,“Thermal Tuning of Band Structures in a One-dimensional Phononic Crystal,”ASME Journal of Applied Mechanics 81,041008(2014). Before 2014 61.R.Li*,M.Li,Y.Su*,J.Song,X.Ni,“An Analytical Mechanics Model for the Island-bridge Structures of Stretchable Electronics,”Soft Matter 9,8476-8482(2013). 60.R.C.Webb,A.P.Bonifas,A.Behnaz,Y.H.Zhang,K.J.Yu,H.Y.Cheng,M.X.Shi,Z.Bian,Z.J.Liu,Y.S.Kim,W.H.Yeo,J.S.Park,J.Song,Y.Li,Y.Huang,A.M.Gorbach,and J.A.Rogers*,“Ultrathin Conformal Devices for Precise and Continuous Thermal Characterization of Human Skin”Nature Materials 12,938-944(2013). 59.Y.Li,X.Shi,J.Song*,C.Lu,T.Kim,J.G.McCall,M.R.Bruchas,J.A.Rogers,and Y.Huang*,“Thermal Analysis of Injectable,Cellular-Scale Optoelectronics with Pulsed Power,”Proceedings of the Royal Society A 469,20130142(2013). 58.J.Song*,C.Lu,X.Xie,Y.Li,Y.Zhang,K.L.Grosse,S.Dunham,Y.Huang,W.P.King,and J.A.Rogers,“Thermomechanical Modeling of Scanning Joule Expansion Microscopy Imaging of Single-Walled Carbon Nanotube Devices,”ASME Journal of Applied Mechanics 80,040907(2013). 57.Y.Li,Y.Shi,J.Song*,C.Lu,T.Kim,J.A.Rogers,and Y.Huang*,“Thermal Properties of Microscale Inorganic Light-Emitting Diodes in a Pulsed Operation,”Journal of Applied Physics 113,144505(2013). 56.T.Kim,J.G.McCall,Y.H.Jung,X.Huang,E.R.Siuda,Y.Li,J.Song,Y.M.Song,H.A.Pao,R.H.Kim,C.Lu,S.D.Lee,I.S.Song,G.C.Shin,R.Al-Hasani,S.Kim,M.P.Tan,Y.Huang,F.G.Omenetto,J.A.Rogers*,and M.R.Bruchas*,“Injectable,Cellular-Scale Optoelectronics with Applications for Wireless Optogenetics,”Science 340,211-216(2013). 55.C.Chen,W.Tao,Y.Su,J.Wu,and J.Song*,“Lateral Buckling of Interconnects in a Noncoplanar Mesh Design for Stretchable Electronics,”ASME Journal of Applied Mechanics 80,041031(2013). 54.Y.Wang,J.Song and J.Xiao*,“Surface Effects on In-plane Buckling of Nanowire on Elastomeric Substrates,”Journal of Physics D:Applied Physics 46,125309(2013). 53.S.H.Jin,S.N.Dunham,J.Song,X.Xie,J.Kim,C.Lu,A.Islam,F.Du,J.Kim,J.Felts,Y.Li,F.Xiong,M.A.Wahab,M.Menon,E.Cho,K.L.Grosse,D.J.Lee,H.U.Chung,E.Pop,M.A.Alam,W.P.King,Y.Huang,and J.A.Rogers*,“Using Nanoscale Thermocapillary Flows to Create Arrays of Purely Semiconducting Single-walled Carbon Nanotubes,”Nature Nanotechnology 8,347-355(2013). 52.X.Xie,K.L.Grosse,J.Song,C.Lu,S.Dunham,F.Du,A.E.Islam,Y.Li,Y.Zhang,E.Pop,Y.Huang,W.P.King*and J.A.Rogers*,“Quantitative Thermal Imaging of Single-Walled Carbon Nanotube Devices by Scanning Joule Expansion Microscopy,”ACS Nano 11,10267-10275(2012). 51.Y.Li,B.Fang,J.Zhang,and J.Song*,“Vibration Analysis of Fluid-conveying Nanotubes Embedded in an Elastic Medium Considering Surface Effects,”Theoretical and Applied Mechanics Letters 2,031011(2012). 50.R.Li,Y.Li,C.Lu,J.Song,R.Saeidpourazar,B.Fang,Y.Zhong,P.M.Ferreira,J.A.Rogers,and Y.Huang*,“Axisymmetric Thermal-mechanical Analysis of Laser-driven Non-contact Transfer Printing,”International Journal of Fracture 176,189-194(2012). 49.R.Li,Y.Li,C.Lu,J.Song,R.Saeidpourazar,M.D.Sangid,B.Fang,Y.Zhong,P.M.Ferreira,J.A.Rogers,and Y.Huang*,“Thermo-mechanical Modeling of Laser-driven Non-contact Transfer Printing:Two-dimensional Analysis,”Soft Matter 8,7122-7177(2012). 48.C.Lu,Y.Li,J.Song*,H.S.Kim,E.Brueckner,B.Fang,K.C.Hwang,Y.Huang*,R.G.Nuzzo,and J.A.Rogers,“A Thermal Analysis of the Operation of Microscale Inorganic Light Emitting Diodes,”Proceedings of the Royal Society A 468,3215-3223(2012). 47.T.Kim,Y.H.Jung,J.Song,D.Kim,Y.Li,H.S.Kim,I.Song,J.J.Wierer,H.A.Pao,Y.Huang,and J.A.Rogers*,“High Efficiency,Microscale GaN Light Emitting Diodes and Their Thermal Properties on Unusual Substrates,”Small 8,1643-1649(2012). -------This paper is highlighted with cover issue(11 June 2012) 46.Y.Li,C.Chen,B.Fang,J.Zhang,and J.Song*,“Postbuckling of Piezoelectric Nanobeams with Surface Effects,”International Journal of Applied Mechanics 4,1250018(2012). 45.Y.Su,J.Wu,Z.Fan,K.C.Hwang*,J.Song,Y.Huang*,and J.A.Rogers,“Postbuckling Analysis and Its Application to Stretchable Electronics,”Journal of the Mechanics and Physics of Solids 60,484-508(2012). 44.Y.Li*,B.Fang,J.Zhang,and J.Song*,“Surface Effects on the Wrinkles in a Stiff Thin Film Bonded to a Compliant Substrate,”Thin Solid Films 520,2077-2079(2012). 43.Y.Li*,B.Fang,J.Zhang,and J.Song*,“Surface Effects on the Wrinkling of Piezoelectric Films on Compliant Substrates,”Journal of Applied Physics 110,114303(2011). 42.Y.Li*,J.Song,B.Fang,and J.Zhang,“Surface Effects on the Postbuckling of Nanowires,”Journal of Physics D:Applied Physics 44,425304(2011). 41.J.Wu,Z.J.Liu,J.Song,Y.Huang*,K.C.Hwang,Y.W.Zhang,and J.A.Rogers*,“Stretchability of Encapsulated Electronics,”Applied Physics Letters 99,061911(2011). 40.H.Kim#,E.Brueckner#,J.Song#,Y.Li,S.Kim,C.Lu,J.Sulkin,K.Choquette,Y.Huang,R.G.Nuzzo*,and J.A.Rogers*,“Unusual Strategies for Using Indium Gallium Nitride Grown on Silicon(111)for Solid State Lighting,”Proceedings of the National Academy of Sciences of the United States of America 108,10072-10077(2011). -------This paper is highlighted with cover issue(21 June 2011)and selected in“In This Issue”. 39.C.Chen,W.Tao,Z.J.Liu,Y.W.Zhang,and J.Song*,“Controlled Buckling of Thin Film on Elastomeric Substrate in Large Deformation,”Theoretical and Applied Mechanics Letters 1,021001(2011). 38.D.H.Kim,N.Lu,R.Ghaffari,Y.S.Kim,S.P.Lee,L.Xu,J.Wu,R.H.Kim,J.Song,Z.Liu,J.Viventi,B.Graff,B.Eloampi,M.C.Mansour,M.J.Slepian,S.Hwang,J.D.Moss,S.M.Won,Y.Huang,B.Litt,and J.A.Rogers*,“Materials for Multifunctional Balloon Catheters with Capabilities in Cardiac Electrophysiological Mapping and Ablation Therapy,”Nature Materials 10,316-323(2011). 37.S.Wang,J.Xiao,J.Song,H.C.Ko,K.C.Hwang,Y.Huang*,and J.A.Rogers*,“Mechanics of Curvilinear Electronics,”Soft Matter 6,5757-5763(2010). 36.J.Song*,“Herringbone Buckling Patterns of Anisotropic Thin Films on Elastomeric Substrates,”Applied Physics Letters 96,051913(2010). 35.J.Song*,“Interfacial Shear Effect on Herringbone Pattern of Thin Films on Compliant Substrates,”International Journal of Applied Mechanics 2,251-264(2010). 34.D.H.Kim,J.Xiao,J.Song,Y.Huang*,and J.A.Rogers*,“Stretchable,Curvilinear Electronics Based on Inorganic Materials,”Advanced Materials 22,1-17(2010). 33.G.Shin,I.Jung,V.Malyarchuk,J.Song,S.Wang,H.C.Ko,Y.Huang*,J.S.Ha*,and J.A.Rogers*,“Micromechanics and Advanced Designs for Curved Photodetector Arrays in Hemispherical Electronic Eye Cameras,”Small 6,851-856(2010). 32.S.Wang,J.Xiao,I.Jung,J.Song,H.C.Ko,M.P.Stoykovich,Y.Huang*,K.C.Hwang,and J.A.Rogers*,“Mechanics of Hemispherical Electronics,”Applied Physics Letters 95,181912(2009). ------Selected by the Editors at Applied Physics Letters as one of the most notable papers in recent years,for highlight in the 50th anniversary edition of the journal. 31.J.Song*,H.Jiang,Y.Huang,and J.A.Rogers*,“Mechanics of Stretchable Inorganic Electronic Materials,”The Journal of Vacuum Science and Technology A 27,1107-1125(2009). 30.D.H.Kim,Z.J.Liu,Y.S.Kim,J.Wu,J.Song,H.S.Kim,Y.Huang,K.C.Hwang,Y.Zhang,and J.A.Rogers*,“Optimized Structural Designs for Stretchable Silicon Integrated Circuits,”Small 5,2841-2847(2009). 29.D.H.Kim,Y.S.Kim,J.Wu,Z.J.Liu,J.Song,H.S.Kim,Y.Huang,K.C.Hwang,and J.A.Rogers*,“Ultrathin Silicon Circuits with Strain Isolation Layers and Mesh Layouts for High Performance Electronics on Fabric,Vinyl,Leather and Paper,”Advanced Materials 21,1-5(2009). -------This paper is highlighted with cover issue(25 September 2009) 28.J.Song*,Y.Huang,J.Xiao,S.Wang,K.C.Hwang,H.C.Ko,D.H.Kim,M.P.Stoykovich,and J.A.Rogers*,“Mechanics of Noncoplanar Mesh Design for Stretchable Electronic Circuits,”Journal of Applied Physics 105,123516(2009). 27.Z.J.Liu*,Y.Zhang,J.Song,D.H.Kim,Y.Huang,and J.A.Rogers,“Numerical Simulation of Stretchable and Foldable Silicon Integrated Circuits,”Advanced Materials Research 74,197-200(2009). 26.Z.Shi,Y.Huang*,J.Song,K.C.Hwang,and M.Li,“A Study of Plastic Shear Localization via the Flow Theory of Mechanism-based Strain Gradient Plasticity,”Journal of Engineering Mechanics-ASCE 135,132-138(2009). 25.D.H.Kim,J.Song,W.M.Choi,H.S.Kim,R.H.Kim,Z.J.Liu,Y.Huang*,K.C.Hwang,Y.Zhang and J.A.Rogers*,“Materials and Noncoplanar Mesh Designs for Integrated Circuits with Linear Elastic Responses to Extreme Mechanical Deformations,”Proceedings of the National Academy of Sciences of the United States of America 105,18675-18680(2008). -------This paper is highlighted with cover issue(2 December 2008)and selected in“In This Issue”. 24.J.Song,J.Wu,Y.Huang*,K.C.Hwang,and H.Jiang,“Stiffness and Thickness of Boron-Nitride Nanotubes,”Journal of Nanoscience and Nanotechnology 8,3774-3780(2008). 23.J.Wu,K.C.Hwang,Y.Huang*,and J.Song,“A Finite-deformation Shell Theory for Carbon Nanotubes Based on the Interatomic Potential.Part I:Basic Theory,”Journal of Applied Mechanics 75,061006(2008). 22.J.Wu,K.C.Hwang,J.Song,and Y.Huang*,“A Finite-deformation Shell Theory for Carbon Nanotubes Based on the Interatomic Potential.Part II:Instability Analysis,”Journal of Applied Mechanics 75,061007(2008). 21.J.Song,J.Wu,Y.Huang*,and K.C.Hwang,“Continuum Modeling of Boron Nitride Nanotubes,”Nanotechnology 19,445705(2008). 20.W.B.Lu,J.Wu,J.Song,K.C.Hwang,L.Y.Jiang,and Y.Huang*,“A Cohesive Law for Interfaces between Multi-wall Carbon Nanotubes and Polymers due to the Van der Waals Interactions,”Computer Methods in Applied Mechanics and Engineering 197,3261-3267(2008). 19.D.H.Kim,W.M.Choi,J.H.Ahn,H.S.Kim,J.Song,Y.Huang,Z.J.Liu,C.Lu,C.Koh,and J.A.Rogers*,“Complementary Metal Oxide Silicon Integrated Circuits Incorporating Monolithically Integrated Stretchable Wavy Interconnects,”Applied Physics Letters 93,044102(2008). 18.H.C.Ko,M.P.Stoykovich,J.Song,V.Malyarchuk,W.M.Choi,C.J.Yu,J.B.Geddes III,J.Xiao,S.Wang,Y.Huang*,and J.A.Rogers*,“A Hemispherical Electronic Eye Camera Based on Compressible Silicon Optoelectronics,”Nature 454,748-753(2008). -------This paper is highlighted with cover issue(7 August 2008) 17.S.Wang,J.Song,D.H.Kim,Y.Huang*,and J.A.Rogers*,“Local Versus Global Buckling of Thin Films on Elastomeric Substrates,”Applied Physics Letters 92,023126(2008). 16.J.Peng,J.Wu,K.C.Hwang,J.Song,and Y.Huang*,“Can a Single-Wall Carbon Nanotube Be Modeled as a Thin Shell?”Journal of the Mechanics and Physics of Solids 56,2213-2224(2008). 15.J.Wu,K.C.Hwang,J.Song,and Y.Huang*,“Material and Structural Instabilities of Single-wall Carbon Nanotubes,”Acta Mechanica Sinica 24,285-288(2008). 14.J.Song,H.Jiang,Z.J.Liu,D.Y.Khang,Y.Huang*,J.A.Rogers,C.Lu,and C.G.Koh,“Buckling of a Stiff Thin Film on a Compliant Substrate in Large Deformation,”International Journal of Solids and Structures 45,3107-3121(2008). 13.D.H.Kim,J.H.Ahn,W.M.Choi,H.S.Kim,J.Song,Y.Huang,Z.J.Liu,C.Lu,and J.A.Rogers*,“Stretchable and Foldable Silicon Integrated Circuits,”Science 320,507-511(2008). 12.J.Wu,J.Peng,K.C.Hwang,J.Song,and Y.Huang*,“The Intrinsic Stiffness of Single-wall Carbon Nanotubes,”Mechanics Research Communications 35,2-9(2008). 11.J.Song,H.Jiang,W.M.Choi,D.Y.Khang,Y.Huang*,and J.A.Rogers,“An Analytical Study of Two-Dimensional Buckling of Thin Films on Compliant Substrates,”Journal of Applied Physics 103,014303(2008). 10.J.Qin,Y.Huang*,K.C.Hwang,J.Song,and G.M.Pharr,“The Effect of Indenter Angle on the Microindentation Hardness,”Acta Materialia 55,6127-6132(2007). 9.H.Jiang#,D.Y.Khang#,J.Song#,Y.Sun,Y.Huang*,and J.A.Rogers*,“Finite Deformation Mechanics in Buckled Thin Films on Compliant Supports,”Proceedings of the National Academy of Sciences of the United States of America 104,15607-15612(2007). 8.C.T.Koh,Z.J.Liu,D.Y.Khang,J.Song,C.Lu,Y.Huang*,J.A.Rogers,and C.G.Koh,“Edge Effects in Buckled Thin Films on Elastomeric Substrates,”Applied Physics Letters 91,133113(2007). 7.J.Song,H.Jiang,J.Wu,Y.Huang*,and K.C.Hwang,“Stone-Wales Transformation in Boron-Nitride Nanotubes,”Scripta Materialia 57,571-574(2007). 6.W.M.Choi,J.Song,D.Y.Khang,H.Jiang,Y.Huang,and J.A.Rogers*,“Biaxially Stretchable‘Wavy’Silicon Nanomembranes,”Nano letters 7,1655-1663(2007). 5.Y.Huang*,K.C.Hwang,J.Song,and H.Gao,“Indentation Size Effect:A Study via the Mechanism-based Strain Gradient Plasticity Theory,”International Journal of Surface Science and Engineering 1,156-179(2007). 4.J.Song,H.Jiang,D.L.Shi,X.Q.Feng,Y.Huang*,M.F.Yu,and K.C.Hwang,“Stone-Wales Transformation:Precursor of Fracture in Carbon Nanotubes,”International Journal of Mechanical Sciences 48,1464-1470(2006). 3.J.Song,Y.Huang*,H.Jiang,K.C.Hwang,and M.F.Yu,“Deformation and Bifurcation Analysis of Boron-Nitride Nanotubes,”International Journal of Mechanical Sciences 48,1197-1207(2006). 2.J.Song and Y.M.Xia*,“3-D Dynamic Elastic-Plastic FEA for Rotating Disk Indirect Bar-Bar Tensile Impact Apparatus:Numerical Analysis for the Generation of Mechanically-Filtered Incident Stress Pulses,”International Journal of Impact Engineering 32,1313-1338(2006). 1.J.Song and Y.M.Xia*,'A Study on the Filter Function of Elastic-plastic Materials,'Journal of Experimental Mechanics 19,469-476(In Chinese)(2004).

学术兼职

担任Journal of Applied Mechanics副主编,npj Flexible Electronics、International Journal of Applied Mechanics、Theoretical and Applied Mechanics Letters、Micromachines编委,Applied Mathematics and Mechanics (English Edition)特邀编委,Acta Mechanica Solida Sinica特邀青年编委,力学学报青年编委,中国力学学会理事,中国力学学会对外交流与合作工作委员会副主任委员,浙江省力学学会软物质力学专业委员会主任委员。

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