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教學情況：

講授課程：

連續介質力學（固體）

材料力學

力學

連續介質力學

工程創新科學實踐

科學前沿進展名家系列講座III

科研實踐Ⅰ-綜合物理實驗（非課程）

力學-A

普通物理Ⅰ-A

力學進展系列講座

研究生培養：

培養研究生數十名。

招生專業：

080102-固體力學

招生方向：

物理力學

非線性力學

表面與界面力學

科學研究：

研究方向：

主要研究沖擊動力學和微/納電子機械系統與生物微系統中的力學問題。

主要研究領域為物理力學、微納米力學、沖擊動力學、能源力學等。2014年，“納微系統中表面效應的物理力學研究”獲得國家自然科學二等獎，排名第一。在沖擊動力學方面，于1998年提出了沖擊載荷下結構塑性動力響應的無量綱數－“響應數 (Response Number)－Rn”，被廣泛地稱為“趙無量綱數”或“趙響應數”。

承擔科研項目情況： 

(1) 國家自然科學基金重點項目：干酪根熟化的物理力學研究，批準號：12032019，2021.01～2025.12。

(2) 國家自然科學基金項目國際（地區）合作與交流項目：范德華異質結的動態斷裂和分層的實驗、理論和模擬研究，批準號：51861145314，2019.01～2021.12。

(3) 中科院前沿科學重點研究計劃：非常規能源開采中解吸和驅替動力學研究，批準號： QYZDJ-SSW-JSC019，2016.08～2021.07。

(4) 硅基鋰離子電池電極碎裂及表面潤濕的跨尺度實驗和模擬研究，主持， 國家級，2014.01～2017.12。

(5) 仿生智能多尺度界面材料體系研究，主持，國家級，2013.01～2015.12。

(6) 縫網連通與頁巖氣解吸附及運移的微觀機制，主持，國家級，2016-01～2018.12。

(7) 國家獎獲獎項目后續支持研究項目，主持，部委級，2015.01～2017.12。

(8) 脈沖和高頻波動作用下的黏附和斷裂，主持，國家級，2016.01～2017.12。

(9) 非常規氣和可燃冰開采中的關鍵力學問題的創新交叉團隊，主持，部委級，2016.01～2018.12。

(10) 復雜介質中的微納流動與輸運，主持，部委級，2016.01～2020.12。

(11) 干酪根裂解生成頁巖油氣的物理力學研究，主持，國家級，2019.01～2022.12。

(12) 國家“973”計劃項目：微納生物醫學傳感器及超敏感探測相關基礎研究課題：微納生物醫學傳感器的系統集成與優化，批準號：2007CB310504，2007～2011 。

(13) 國家自然科學基金項目：電彈性毛細動力學的實驗、理論和分子動力學模擬研究，批準號：11072244，2011.01～2013.12。

(14) 國家自然科學基金委員會重點項目(同中國科學院上海微系統所、硅酸鹽所合作)：硅基納米結構機械加載尺度效應與表征方法研究， 批準號：60936001，2010.01～2013.12。

(15) 國家“863”計劃項目(同中國科學院理化技術研究所合作)：干細胞靶向納米夾心二氧化硅顆粒控釋藥物制劑的研發，批準號：2007AA021803，2007～2010。

(16) 國家自然科學基金項目：微生化傳感器表面應力的起源及其表征，批準號：10772180，2008.01～2010.12。

(17) 國家杰出青年科學基金后續支持，2007～2010。

(18) 國家“863”計劃項目(同華中科技大學合作)：面向跨微納尺度MEMS設計的建模仿真平臺研究，批準號：2007AA04Z348，2007～2009。

(19) 國家自然科學基金委員會“空天飛行器重大研究計劃”：空天飛行器相關微系統的動態失效模式和機理，批準號：90305020，2004.01～2006.12。

(20) 中國科學院海外杰出學者基金：基于碳納米管的納電子機械系統中的力學問題研究，2004.01~2006.12。

(21) 國家杰出青年科學研究基金：MEMS/NEMS中的若干重要力學問題，批準號：10225209，2003.01～ 2006.12。

(22) 中國科學院知識創新工程重要方向項目：微系統動力學，2002.01～2004.12。

(23) 國家自然科學基金委員會/香港資助局聯合資助基金項目：微、納系統中材料力學的尺度效應，2002.01～2004.12。

(24) 國家自然科學基金委員會面上基金項目：塑性應變率梯度理論框架與初步實驗驗證，2001.01～2003.12。

(25) 杰出青年基金B類(同美國Wayne州立大學劉勝博士合作)：微電子機械系統的力學測試和計算機輔助設計，2000.01～2002.12。

(26) 中國科學院“九五”重點項目：MEMS的力學測試，1999.01～2000.12。

(27) 國家973計劃子課題：微機械材料力學行為，1999.11 ～2004.11。

(28) 國家自然科學基金委員會面上基金項目： 短脈沖下斷裂過程區的動態演化，1998.01～2000.12。

(29) 中國科學院院長基金： 短脈沖下裂紋的動態起始，1994～1997。

科研成果：

1 塑性應變率梯度理論框架與初步實驗驗證 趙亞溥; 汪海英; 王立森; 張立憲; 錢勁 2004-01-01

發明專利：

[1]趙亞溥,王占龍,王曉荷. 一種實現液滴快速自發旋轉的方法[P]. CN112588218B,2021-09-21.

[2]袁泉子,楊錦鴻,趙亞溥,黃先富. 一種用于樣品表面形貌測量的納米纖維探針針尖制作方法[P]. CN111693737B,2021-05-07.

[3]趙亞溥,王占龍,王曉荷. 一種實現液滴快速自發旋轉的方法[P]. CN112588218A,2021-04-02.

[4]袁泉子,楊錦鴻,趙亞溥,黃先富. 一種用于樣品表面形貌測量的納米纖維探針針尖制作方法[P]. CN111693737A,2020-09-22.

[5]袁泉子,楊錦鴻,趙亞溥,黃先富. 一種原子力探針的制備裝置、方法以及原子力探針[P]. CN111190032A,2020-05-22.

[6]趙亞溥,王子千. 一種電彈性毛細動力驅動方法[P]. CN102583231A,2012-07-18.

[7]王子千,趙亞溥. 一種基于電場控制表面張力驅動的藥物可控釋放方法[P]. CN102553065A,2012-07-11.

[8]王子千,趙亞溥. 基于液滴表面張力驅動的藥物封裝方法及采用該方法制備的藥物[P]. CN102499892A,2012-06-20.

[9]趙亞溥,王斌斌,王子千,左鵬. 一種薄膜粘附力測量系統[P]. CN102507438A,2012-06-20.

[10]王子千,趙亞溥. 一種基于表面張力的微尺度驅動方法和裝置[P]. CN102502475A,2012-06-20.

[11]王子千,趙亞溥. 一種微尺度下基于電場控制的表面張力驅動方法及裝置[P]. CN102502476A,2012-06-20.

[12]趙亞溥,王子千. 一種可預加應力的薄膜接觸角測量系統[P]. CN102401775A,2012-04-04.

[13]劉鑫,趙亞溥. 一種判斷可能引起蛋白構象病的蛋白質分子結構轉化關鍵位點的方法[P]. CN101598723,2009-12-09.

[14]劉鑫,趙亞溥. 一種判斷蛋白質分子間生理屬性相似性的方法[P]. CN101086503,2007-12-12.

論文專著：

Monograph/Encyclopedia/Handbook/Book Chapters：

[1] Zhao Y P. Lectures on Mechanics. Beijing: Science Press, 2018, in Chinese. 趙亞溥. 力學講義, 北京: 科學出版社, 2018.

[2] Zhao Y P. Modern Continuum Mechanics. Beijing: Science Press, 2016, in Chinese. 趙亞溥. 近代連續介質力學. 北京: 科學出版社, 2016. [封面] [目錄] (2016年9月第一次印刷、2017年1月第二次印刷、2017年3月第三次印刷 、2017年4月第四次印刷、2017年7月第五次印刷、2017年9月第六次印刷、2018年1月第七次印刷、2018年5月第八次印刷、2018年7月第九次印刷)

[3] Zhao Y P. Nano and Mesoscopic Mechanics. Beijing: Science Press, 2014, in Chinese. 趙亞溥. 納米與介觀力學. 北京: 科學出版社, 2014. [封面] [目錄]

[4] Zhao Y P. Physical Mechanics of Surfaces and Interfaces. Beijing: Science Press, 2012, in Chinese. 趙亞溥. 表面與界面物理力學. 北京: 科學出版社, 2012. [封面] [目錄] (2014年2月第二次印刷、2015年1月第三次印刷、2016年2月第四次印刷 、2017年12月第五次印刷)

[5] 理性力學教程, A Course in Rational Mechanics, 科學出版社, 2020-03, 第 1 作者

[6] Zhao Y P and Zhu X Y. Physical Mechanisms of Atomic-Scale Friction. In: Surfactants in Tribology, Volume 4, Biresaw G and Mittal KL, eds, pp. 3-34, CRC Press, 2015.

[7] Zhao Y P and Wang F C. Surface tension effects of nanostructures. In: Encyclopedia of Nanotechnology, B. Bhushan (ed.), pp. 2599-2610, Springer (2012).

[8]Zhao Y P, Wang F C and Chi M. Molecular dynamics simulation and molecular orbital method. In: Handbook of Adhesion Technology, Lucas F. M. da Silva, Andreas Ochsner, Robert D. Adams (eds.), pp. 1351-1384, Springer (2011).

Guest editor of special issues：

[1]Special Issue on Electrowetting, Journal of Adhesion Science and Technology, 26 (12-17): 1745-2188 (2012). [Cover] [Guest Editorial] [Content]

[2] Special Issue on Physical Mechanics, Science China: Physics, Mechanics and Astronomy, 55(6): 915-1146 (2012). [Cover] [Preface] [Content] [Issue]

Selected Journal Papers：

2022：

[1]Ma J, Kang D L, Wang X H, Zhao Y P. Defining kerogen maturity from orbital hybridization by machine learning. Fuel, 2022, 310: 122250.

2021：

[1]Kang D L, Wang X H, Zheng X, Zhao Y P. Predicting the components and types of kerogen in shale by combining machine learning with NMR spectra. Fuel, 2021, 290: 120006. 通訊作者

[2]Lin K, Zhao Y P. Entropy and enthalpy changes during adsorption and displacement of shale gas. Energy, 2021, 221: 119854. 通訊作者

[3]Wang Z, Wang X, Miao Q, Zhao Y P. Realization of self‐rotating droplets based on liquid metal. Advanced Materials Interfaces, 2021, 8: 2001756. 通訊作者

[4]Zhang Y, Petrov Y, Zhao Y P. Mode Localization and Eigenfrequency Curve Veerings of Two Overhanged Beams. Micromachines, 2021, 12(3): 324.

[5]Wang Z, Wang X, Miao Q, Gao F, Zhao Y P. Spontaneous Motion and Rotation of Acid Droplets on the Surface of a Liquid Metal. Langmuir, 2021, 37: 4370-4379. 通訊作者

[6]Wang X, Huang X, Gao M, Zhao Y P. Mechanical response of kerogen at high strain rates. International Journal of Impact Engineering, 2021, 155: 103905. 通訊作者

[7]Wei Z X, Lin K, Wang X, Zhao Y P. Peeling of graphene/molybdenum disulfide heterostructure at different angles: a continuum model with accommodations for van der Waals interaction. Composites Part A: Applied Science and Manufacturing, 2021, 150: 106592. 通訊作者

2020：

[1]Wang X, Zhao Y P. The time-temperature-maturity relationship: A chemical kinetic model of kerogen evolution based on a developed molecule-maturity index. Fuel, 2020, 278: 118264. 通訊作者

[2]Lin K, Huang X, Zhao Y P. Combining Image Recognition and Simulation to Reproduce the Adsorption/Desorption Behaviors of Shale Gas. Energy & Fuels, 2020, 34: 258-269. 通訊作者

[3]Shen W, Yang F, Zhao Y P. Unstable crack growth in hydraulic fracturing: The combined effects of pressure and shear stress for a power-law fluid. Engineering Fracture Mechanics, 2020, 225: 106245. 通訊作者

[4]Sun F, Zhao Y P. Geomaterials Evaluation: A New Application of Ashby Plots. Materials, 2020, 13(11): 2517. 通訊作者

[5]高夢霓, 趙亞溥. 若干彈性力學問題解的唯一性定理. 中國科學: 物理學 力學 天文學, 2020, 50: 084601. 通訊作者

[6]Zhang Y, Petrov Y, Zhao Y P. Eigenfrequency loci crossings, veerings and mode splittings of two cantilevers coupled by an overhang. Journal of Physics Communications, 2020, 4: 085010. 通訊作者

[7]Miao Q, Yuan Q, Zhao Y P. Shape evolution and scaling analysis of soluble cylinders in dissolutive flow. Physics of Fluids, 2020, 32(10): 102103. 通訊作者

2019：

[1] Wang X H, Huang X F, Lin K, Zhao Y P. The Constructions and Pyrolysis of 3D Kerogen Macromolecular Models: Experiments and Simulations. Global Challenges, 2019, 3: 1900006. [Cover] 通訊作者

[2] Lin K, Zhao Y P. Mechanical peeling of van der Waals heterostructures: Theory and simulations. Extreme Mechanics Letters, 2019, 30: 100501. 通訊作者

[3] Huang X F, Zhao Y P, Wang X H, Pan L. Adsorption-induced pore blocking and its mechanisms in nanoporous shale due to interactions with supercritical CO2. Journal of Petroleum Science and Engineering, 2019, 178: 74-81. 通訊作者

[4] Zhu H, Zhao Y P, Feng Y, Wang H, Zhang L, McLennan J D. Modeling of Fracture Width and Conductivity in Channel Fracturing With Nonlinear Proppant-Pillar Deformation. SPE Journal, 2019, 24:1288-1308.  

[5] Sun F, Shen W, Zhao Y P. Deflected trajectory of a single fluid-driven crack under anisotropic in-situ stress. Extreme Mechanics Letters, 2019, 29: 100483. 通訊作者

[6] Wang Z, Lin K, Zhao Y P. The effect of sharp solid edges on the droplet wettability. Journal of Colloid and Interface Science, 2019, 552: 563-571. 通訊作者

[7] Huang X F, Dong H, Liu Z W, Zhao Y P. Probing micro-Newton forces on solid/liquid/gas interfaces using transmission phase shift. Langmuir, 2019, 35: 5442−5447. [Supplementary Cover] 通訊作者

[8] Du S, Zhao Y P, Jin J, Kou G, Shi Y, Huang X F. Significance of the secondary pores in perthite for oil storage and flow in tight sandstone reservoir: A case study on the upper Triassic Yanchang formation of the Ordos basin, China. Marine and Petroleum Geology, 2019, 110: 178-188. 通訊作者

[9] Yang J H, Yuan Q Z, Zhao Y P. Solute transport and interface evolution in dissolutive wetting. Science China Physics, Mechanics & Astronomy, 2019, 62: 124611. 通訊作者

[10] 康東亮, 沈文豪, 趙亞溥. 微反應器分形流道中物質利用效率優化研究. 中國科學：技術科學, 2019, 49: 1159-1167. 通訊作者

[11] Zhao Y P. Some new mesoscopic crossover length scales concerning the Hamaker constant. Science China Technological Sciences, 2019, 62: 2310-2312.

2018：

[1]Shen W H, Zhao Y P. Combined effect of pressure and shear stress on penny-shaped fluid-driven cracks. ASME Journal of Applied Mechanics, 2018, 85(3): 031003. 通訊作者

[2]Chen E H, Yuan Q Z, Zhao Y P. Topography-induced symmetry transition of droplets on quasi-periodically patterned surfaces. Soft Matter, 2018, 14: 6198-6205. [Cover] 通訊作者

[3]Yang J, Yuan Q, Zhao Y P. Evolution of the interfacial shape in dissolutive wetting: Coupling of wetting and dissolution. International Journal of Heat and Mass Transfer, 2018, 118: 201-207. 通訊作者

[4]Chen L, Bonaccurso E, Gambaryan-Roisman T, Starov V, Koursari N, Zhao Y P. Static and dynamic wetting of soft substrates. Current Opinion in Colloid & Interface Science, 2018, 36: 46-57.

[5]Zhang Y, Zhao Y P, Cheng Z. Determining the layers’ Young’s moduli and thickness from the indentation of a bilayer structure. Journal of Physics D: Applied Physics, 2018, 51: 065305.

[6] Wang Z L, Chen E H, Zhao Y P. The effect of surface anisotropy on contact angles and the characterization of elliptical cap droplets. Science China Technological Sciences, 2018, 61: 309-316. 通訊作者

[7]Gao M N, Huang X F, Zhao Y P. Formation of wavy-ring crack in drying droplet of protein solutions. Science China Technological Sciences, 2018, 61: 949-958. [Cover] 通訊作者

[8]Miao Q, Yuan Q, Zhao Y P. Dissolutive flow in nanochannels: transition between plug-like and Poiseuille-like. Microfluidics and Nanofluidics, 2018, 22: 141.

[9]Modeling of Fracture Width and Conductivity in Channel Fracturing With Nonlinear Proppant-Pillar Deformation, SPE Journal, 2018, 通訊作者

[10]Unstable crack growth in hydraulic fracturing: The combined effects of pressure and shear stress for a power-law fluid, Engineering Fracture Mechanics, 2018, 通訊作者

2017：

[1]Shen W H, Zhao Y P. Quasi-static crack growth under symmetrical loads in hydraulic fracturing. ASME Journal of Applied Mechanics, 2017, 84(8): 081009. 通訊作者

[2]Wang Z, Zhao Y P. Wetting and electrowetting on corrugated substrates. Physics of Fluids, 2017, 29: 067101. 通訊作者

[3]Yuan Q Z, Yang J H, Sui Y, Zhao Y P. Dynamics of dissolutive wetting: A molecular dynamics study. Langmuir, 2017, 33(26): 6464–6470. 通訊作者

[4]Lin K, Yuan Q, Zhao Y P. Using graphene to simplify the adsorption of methane on shale in MD simulations. Computational Materials Science, 2017, 133: 99-107. 通訊作者

[5]Wang X H, Shen W H, Huang X F, Zang J L, Zhao Y P. Estimating the thickness of diffusive solid electrolyte interface. Science China Physics, Mechanics & Astronomy, 2017, 60: 064612. 通訊作者

[6]Huang X F, Zhao Y P. Characterization of pore structure, gas adsorption, and spontaneous imbibition in shale gas reservoirs. Journal of Petroleum Science and Engineering, 2017, 159: 197-204. 通訊作者

[7]The effect of surface anisotropy on contact angles and the characterization of elliptical cap droplets, Science China Technological Sciences, 2017, 通訊作者

2016：

[1]Zuo P, Zhao Y P. Phase field modeling of lithium diffusion, finite deformation, stress evolution and crack propagation in lithium ion battery. Extreme Mechanics Letters, 2016, 9: 467-479. 通訊作者

[2]Lin K, Yuan Q, Zhao Y P, Cheng C M. Which is the most efficient candidate for the recovery of confined methane: Water, carbon dioxide or nitrogen? Extreme Mechanics Letters, 2016, 9: 127-138. 通訊作者

[3]Zhao Y P, Chen J, Yuan Q, Cheng C M. Microcrack connectivity in rocks: a real-space renormalization group approach for 3D anisotropic bond percolation. Journal of Statistical Mechanics: Theory and Experiment, 2016, 2016(1): 013205. 通訊作者

[4]Chen E, Yuan Q, Huang X, Zhao Y P. Dynamic polygonal spreading of a droplet on a lyophilic pillar-arrayed surface. Journal of Adhesion Science and Technology, 2016, 30: 2265-2276. 通訊作者

[5]Zhao Y P. Bridging length and time scales in moving contact line problems. Science China Physics, Mechanics & Astronomy, 2016, 59: 114631. 通訊作者

[6]陳恩惠, 楊錦鴻, 李棟, 趙亞溥. 軟物質中的理性連續介質力學基礎. 物理學報, 2016, 65: 188103. 通訊作者

[7]Zhang Y, Zhao Y P. Measuring the nonlocal effects of a micro/nanobeam by the shifts of resonant frequencies. International Journal of Solids and Structures, 2016, 102-103: 259-266. 通訊作者

[8]Yang F, Zhao Y P. The effect of a capillary bridge on the crack opening of a penny crack. Soft matter, 2016, 12: 1586-1592. 通訊作者

[9]Physical mechanics investigations of moving contact lines, Advances in Mechanics, 2016, 通訊作者

2015：

[1]Zuo P and Zhao Y P. A phase field model coupling lithium diffusion and stress evolution with crack propagation and application in lithium ion battery. Physical Chemistry Chemical Physics, 17: 287-297 (2015). 通訊作者

[2]Yuan QZ and Zhao Y P. Statics and dynamics of electrowetting on pillar-arrayed surfaces at nanoscale. Nanoscale, 7: 2561-2567 (2015). 通訊作者

[3]Wang FC and Zhao Y P. Structural evolution of the silicon nanowire via molecular dynamics simulations: The double-strand atomic chain and the monatomic chain. Archive of Applied Mechanics, 85: 323-329 (2015). 通訊作者

[4]Zhang Y and Zhao Y P. Determining both adhesion energy and residual stress by measuring the stiction shape of a microbeam. Microsystem Technologies, 21: 919–929 (2015).

[5]Zhang Y and Zhao Y P. Mass and force sensing of an adsorbate on a beam resonator sensor. Sensors, 15: 14871-14886 (2015).

[6]Liu J, Zhao Y P and Ren SL. Molecular dynamics simulation of self-aggregation of asphaltenes at an oil/water interface: Formation and destruction of the asphaltene protective film. Energy & Fuels, 29: 1233-1242 (2015). 通訊作者

[7]Zhang Y, Zhao Y P. Mass and force sensing of an adsorbate on a string resonator. Sensors and Actuators B: Chemical, 221: 305-311 (2015).

[8]Liu J, Li X, Jia W, Li Z, Zhao YP and Ren SL. Demulsification of crude oil-in-water emulsions driven by graphene oxide nanosheets. Energy & Fuels, 29: 4644-4653 (2015). 通訊作者

[9]Yuan QZ, Zhu XY, Lin K and Zhao Y P. Molecular dynamics simulations of enhanced recovery of confined methane with carbon dioxide. Physical Chemistry Chemical Physics, 17: 31887-31893 (2015). 通訊作者

2014：

[1]Zhu XY, Yuan QZ and Zhao YP. Phase transitions of water overlayer on charged graphene: From electromelting to electrofreezing. Nanoscale, 6 (10): 5432-5437 (2014). 通訊作者

[2]Li JJ, Han D and Zhao YP. Kinetic behaviour of the cells touching substrate: the interfacial stiffness guides cell spreading. Scientific Reports, 4: 3910 (2014). 通訊作者

[3]Zhu XY and Zhao YP. Atomic mechanisms and equation of state of methane adsorption in carbon nanopores. The Journal of Physical Chemistry C, 118 (31): 17737-17744 (2014).通訊作者

[4]Zhang Y and Zhao YP. Detecting the mass and position of an adsorbate on a drum resonator. Proceedings of the Royal Society A, 470: 20140418 (2014). 通訊作者

[5]Yuan QZ, Huang XF and Zhao YP. Dynamic spreading on pillar-arrayed surfaces: viscous resistance versus molecular friction. Physics of Fluids, 26: 092104 (2014). 通訊作者

[6]Li D, Wang FC, Yang ZY and Zhao YP. How to identify dislocations in molecular dynamics simulations? Science China-Physics Mechanics and Astronomy, 57(12): 2177-2187 (2014). 通訊作者

[7]Zhao YP. Moving contact line problem: Advances and perspectives. Theoretical and Applied Mechanics Letters, 4(3): 034002. (2014). 通訊作者

[8]Yang FQ and Zhao YP. Analysis of elctrowetting of a conducting droplet on a dielectric layer. Journal of Physical Chemistry C, 118 (46): 26859–26865 (2014).

2013：

[1]Yuan QZ and Zhao YP. Multiscale dynamic wetting of a droplet on a lyophilic pillar-arrayed surface. Journal of Fluid Mechanics, 716: 171-188 (2013). 通訊作者

[2]Yuan QZ and Zhao YP. Wetting on flexible hydrophilic pillar-arrays. Scientific Reports, 3: 1944 (2013). 通訊作者

[3]Zhao YP and Wang Y. Fundamentals and applications of electrowetting: A critical review. Reviews of Adhesion and Adhesives, 1(1): 114-174 (2013). 通訊作者

[4]Wang FC and Zhao YP. Contact angle hysteresis at the nanoscale: A molecular dynamics simulation study. Colloid and Polymer Science, 291: 307-315 (2013). 通訊作者

[5]Cao H, Yuan QZ, Zhu XF, Zhao YP and Liu MH. Hierarchical Self-Assembly of Achiral Amino Acid Derivatives into Dendritic Chiral Nanotwists. Langmuir, 28: 15410-15417 (2013). 通訊作者

[6]Yu YS, Wang ZQ and Zhao YP. Experimental study of evaporation of sessile water droplet on PDMS surfaces. Acta Mechanica Sinica, 29(6): 799-805 (2013). 通訊作者

2012：

[1]Zhu XY, Yuan QZ and Zhao YP. Capillary wave propagation during the delamination of graphene by the precursor films in electro-elasto-capillarity. Scientific Reports, 2: 927 (2012). 通訊作者

[2]Wang ZQ, Wang FC and Zhao YP. Tap dance of a water droplet. Proceedings of the Royal Society A, 468: 2485-2495 (2012). This paper has been highlighted by New Scientist and by Science magazine website separately. 通訊作者

[3]Yuan QZ and Zhao YP. Topology-dominated dynamic wetting of the precursor chain in a hydrophilic interior corner. Proceedings of the Royal Society A, 468: 310-322 (2012). 通訊作者

[4]Wang Y and Zhao YP. Electrowetting on curved surfaces. Soft Matter, 8: 2599-2606 (2012). 通訊作者

[5]Zang JL and Zhao YP. A diffusion and curvature dependent surface elastic model with application to stress analysis of anode in lithium ion battery. International Journal of Engineering Science, 61: 156-170 (2012). 通訊作者

[6]Zang JL and Zhao YP. Silicon nanowire reinforced by single-walled carbon nanotube and its applications to anti-pulverization electrode in lithium ion battery. Composites: Part B, 43: 76-82 (2012). 通訊作者

[7]Yu YS, Wang ZQ and Zhao YP. Experimental and theoretical investigations of evaporation of sessile water droplet on hydrophobic surfaces. Journal of Colloid and Interface Science, 365: 254-259 (2012). 通訊作者

[8]Wang ZQ and Zhao YP. In situ observation of thermal Marangoni convection on the surface of a sessile droplet by infrared thermal imaging. Journal of Adhesion Science and Technology, 26 (12-17): 2177-2188 (2012). 通訊作者

[9]Chi M and Zhao YP. First principle study of the interaction and charge transfer between graphene and organic molecules. Computational Materials Science, 56: 79-84 (2012). 通訊作者

[10]Wang BB, Wang FC and Zhao YP. Understanding formation mechanism of ZnO diatomic chain and multi-shell structure using physical mechanics: Molecular dynamics and first-principle simulations. Science China : Physics, Mechanics and Astronomy, 55(6): 1138-1146 (2012). 通訊作者

[11]Zhang YY, Wang FC and Zhao YP. Negative differential resistance behavior of silicon monatomic chain encapsulated in carbon nanotubes. Computational Materials Science, 62: 87-92 (2012). 通訊作者

[12]Zhang Y and Zhao YP. Flexural contact in MEMS stiction. International Journal of Solids and Structures, 49: 2203–2214 (2012).

[13]李建軍, 趙亞溥. 細胞鋪展動力學的研究進展. 力學學報, 44 (5): 807-823 (2012). 通訊作者

2011：

[1]Wang FC and Zhao YP. Slip boundary conditions based on molecular kinetic theory: The critical shear stress and the energy dissipation at the liquid-solid interface. Soft Matter, 7(18): 8628-8634 (2011). 通訊作者

[2]Qin XC, Yuan QZ, Zhao YP, Xie SB and Liu ZF. Measurement of the rate of water translocation through carbon nanotubes. Nano Letters, 11: 2173-2177 (2011).

[3]Wang FC, Yang FQ and Zhao YP. Size effect on the coalescence-induced self-propelled droplet. Applied Physics Letters, 98: 053112 (2011). 通訊作者

[4]Zhang Y and Zhao YP. Modeling nanowire indentation test with adhesion effect. Journal of Applied Mechanics, Transactions of the ASME, 78: 011007 (2011). 通訊作者

[5]Wang ZQ and Zhao YP. Thermo-hyperelastic models for nanostructured materials. Science China : Physics, Mechanics and Astronomy, 54(5): 948-956 (2011). 通訊作者

[6]Wang FC and Zhao YP. The unique properties of the solid-like confined liquid films: A large scale molecular dynamics simulation approach. Acta Mechanica Solida Sinica, 24 (2): 101-116 (2011). 通訊作者

[7]Zhang Y and Zhao YP. Adhesive contact of nanowire in three-point bending test. Journal of Adhesion Science and Technology, 25: 1107-1129 (2011). 通訊作者

[8]Wang BB, Zhao YP and Yu TX. Fabrication of Novel Superhydrophobic Surfaces and Droplet Bouncing Behavior—Part 2: Water Droplet Impact Experiment on Superhydrophobic Surfaces Constructed Using Zno Nanoparticles. Journal of Adhesion Science and Technology, 25: 93-108 (2011). 通訊作者

[9]Chan KT and Zhao YP. The Dispersion Characteristics of the Waves Propagating in a Spinning Single-Walled Carbon Nanotube. Science China : Physics, Mechanics and Astronomy, 54 (10): 1854-1865 (2011). 通訊作者

[10]Zhang Y and Zhao YP. A precise model for the shape of an adhered microcantilever. Sensors and Actuators A, 171: 381-390 (2011). 通訊作者

2010：

[1]Yuan QZ and Zhao YP. Precursor film in dynamic wetting, electrowetting and electro-elasto-capillarity. Physical Review Letters, 104 (24): 246101 (2010).

[2]Wang ZQ, Zhao YP and Huang ZP. The effects of surface tension on the elastic properties of nano structures. International Journal of Engineering Science, 48: 140–150 (2010).

[3]Liu X and Zhao YP. Switch region for pathogenic structural change in conformational disease and its prediction. PLos One, 5(1): e8441 (2010).

[4]Liu X and Zhao YP. Generating artificial homologous proteins according to the representative family character in molecular mechanics properties--an attempt in validating an underlying rule of protein evolution. FEBS Letters, 584: 1059-1065 (2010).

[5]Wei Z, He MF and Zhao YP. The effects of roughness on adhesion hysteresis. Journal of Adhesion Science and Technology, 24: 1045–1054 (2010).

[6]Liu X and Zhao YP. Simulated pathogenic conformational switch regions matched well with the biochemical findings. Journal of Biomedical Informatics, 43: 365–375 (2010).

[7]Wang BB, Feng JT, Zhao YP and Yu TX. Fabrication of novel superhydrophobic surfaces and water droplet bouncing behavior—Part 1: Stable ZnO-PDMS superhydrophobic surface with low hysteresis constructed using ZnO nanoparticles. Journal of Adshesion Science and Technology, 24: 2693–2705 (2010).

[8]Liu X and Zhao YP. Substitution matrices of residue triplets derived from protein blocks. Journal of Computational Biology, 17(12): 1679–1687 (2010).

2009：

[1]Yuan QZ and Zhao YP. Hydroelectric voltage generation based on water-filled single-walled carbon nanotubes. Journal of the American Chemical Society, 131 (18): 6374-6376 (2009).

[2]Yuan QZ, Zhao YP, Li LM and Wang TH. Ab initio study of ZnO based gas sensing mechanisms: Surface reconstruction and charge transfer. The Journal of Physical Chemistry C, 113 (15): 6107-6113 (2009).

[3]Feng JT, Wang FC and ZhaoYP. Electrowetting on a lotus leaf. Biomicrofluidics, 3, 022406 (2009).

[4]Yang ZY, Lu ZX and Zhao YP. Shape effects on the yield stress and deformation of silicon nanowires: A molecular dynamics simulation. Journal of Applied Physics, 106: 023537 (2009).

[5]Yang ZY, Lu ZX and ZhaoYP. Atomistic simulation on size-dependent yield strength and defects evolution of metal nanowires. Computational Materials Science, 46: 142-150 (2009).

[6]Zang JL, Yuan QZ, Wang FC and Zhao YP. A comparative study of Young’s modulus of single-walled carbon nanotube by CPMD, MD, and first principle simulations. Computational Materials Science, 46: 621-625 (2009).

[7]Liu X and Zhao YP. Donut-shaped fingerprint in homologous polypeptide relationships—A topological feature related to pathogenic structural changes in conformational disease. Journal of Theoretical Biology, 258 (2): 294-301 (2009).

[8]Yu YS and Zhao YP. Deformation of PDMS membrane and microcantilever by a water droplet: Comparison between Mooney-Rivlin and linear elastic constitutive models. Journal of Colloid and Interface Science, 332: 467-476 (2009).

[9]Guo JG, Zhou LJ and Zhao YP. Instability analysis of torsional MEMS/NEMS actuators under capillary force. Journal of Colloid and Interface Science, 331: 458-462 (2009).

[10]Yin J and Zhao YP. Hybrid QM/MM simulation of the hydration phenomena of dipalmitoylphosphatidylcholine headgroup. Journal of Colloid and Interface Science, 329: 410-415 (2009).

[11]Yuan QZ and Zhao YP. Transport properties and induced voltage in the structure of water-filled single-walled boron-nitrogen nanotubes. Biomicrofluidics, 3, 022411 (2009).

[12]Chi M and Zhao YP. Adsorption of formaldehyde molecule on the intrinsic and Al-doped graphene: a first principle study. Computational Materials Science, 46: 1085-1090 (2009).

[13]Yu YS and Zhao YP. Elastic deformation of soft membrane with finite thickness induced by a sessile liquid droplet. Journal of Colloid and Interface Science, 339: 489-494 (2009).

[14]Liu X and Zhao YP. A scheme for multiple sequences alignment optimization-- an improvement based on family representative mechanics features. Journal of Theoretical Biology, 261: 593-597 (2009).

[15]Wang ZQ and Zhao YP. Self-instability and bending behaviors of nano plates. Acta Mechanica Solida Sinica, 22(6): 630-643 (2009).

2008：

[1]Wang FC, Feng JT and Zhao YP. The head-on colliding process of binary liquid droplets at low velocity: High-speed photography experiments and modeling. Journal of Colloid and Interface Science, 326 (1): 196-200 (2008).

[2]Feng JT and Zhao YP. Experimental observation of electrical instability of droplets on dielectric layer. J. Phys. D: Appl. Phys., 41(5): 052004 (2008).

[3]Feng JT and Zhao YP. Influence of different amount of Au on the wetting behavior of PDMS membrane. Biomedical Microdevices, 10(1): 65-72 (2008).

[4]Wang BB, Xie JJ, Yuan QZ and Zhao YP. Growth mechanism and joint structure of ZnO tetrapods. J. Phys. D: Appl. Phys.,41 (10): 102005 (2008).

[5]Yang ZY and Zhao YP. Multi-scale simulation of immobilizing F1-ATPase molecular motor. Journal of the Korean Physical Society, 52 (4): 1211-1216 (2008).

[6]Dai W and Zhao YP. An electrowetting model for rough surfaces under low voltage. Journal of Adhesion Science and Technology, 22: 217-229 (2008).

[7]Hu YQ, Zhao YP and Yu TX . Formation of dendritic nanostructures in Pyrex glass anodically bonded to silicon coated with an aluminum thin film. Materials Science and Engineering A, 483-484: 611-616 (2008). .

[8]Liu X, Zhao YP and Zheng WM. CLEMAPS: Multiple alignment of protein structures based on conformational letters. Proteins: Structure, Function, and Bioinformatics, 71(2): 728-736 (2008). .

[9]Lin WH and Zhao YP. Pull-in instability of micro-switch actuators: Model review. International Journal of Nonlinear Sciences and Numerical Simulation, 9(2): 175-183 (2008).

[10]Yu YS, Yang ZY and Zhao YP. Role of vertical component of surface tension of the droplet on the elastic deformation of PDMS membrane. Journal of Adhesion Science and Technology, 22:687-698 (2008).

[11]Hu YQ, Zhao YP and Yu TX . Tensile tests of micro anchors anodically bonded between Pyrex glass and aluminum thin film coated on silicon wafer. Microelectronics Reliability, 48(10): 1720-1723 (2008).

[12]Guo JG, Zhou LJ and Zhao YP. Size-dependent elastic modulus and fracture toughness of the nanofilm with surface effects. Surface Review and Letters, 15(5): 599-603 (2008).

[13]Hu YQ, Zhao YP and Yu TX . Fractal pattern formation in anodic bonding of Pyrex glass/Al/Si. International Journal of Nonlinear Sciences and Numerical Simulations, 9(4): 315-322 (2008).

[14]Yang ZY, Wang ZQ and Zhao YP. Surface stress induced by adatoms adsorption on solid surfaces. International Journal of Nonlinear Sciences and Numerical Simulations, 9(4): 323-332 (2008).

2007：

[1]Guo JG and Zhao YP. The size-dependent bending elastic properties of nanobeams with surface effects. Nanotechnology, 18(29), 295701 (2007).

[2]Yang ZY and Zhao YP. Adsorption of His-tagged Peptide to Ni, Cu and Au (100) Surfaces: Molecular Dynamics Simulation. Engineering Analysis with Boundary Elements,31(5): 402-409 (2007).

[3]Feng C, Zhao YP and Liu DQ. Squeeze-film effects in MEMS devices with perforated plates for small amplitude vibration. Microsystem Technologies, 13(7): 625–633 (2007).

[4]Lin WH and Zhao YP. Stability and bifurcation behavior of electrostatic torsional NEMS varactor influenced by dispersion forces. J. Phys. D: Appl. Phys., 40(6): 1649-1654 (2007).

[5]Yang ZY and Zhao YP. Size-dependent elastic properties of Ni nanofilms by molecular dynamics simulation. Surface Review and Letters, 14(4): 661-665 (2007).

[6]Guo JG and Zhao YP. The surface- and size-dependent elastic moduli of nanostructures. Surface Review and Letters, 14(4): 667-670 (2007).

[7]Yin J and Zhao YP. Molecular dynamics simulation of adhesion forces in a dipalmitoylphosphatidylcholine membrane. Surface Review and Letters, 14(4): 671-675 (2007).

[8]Wei Z and Zhao YP. Growth of liquid bridge in AFM. J. Phys. D: Appl. Phys., 40 (14): 4368-4375 (2007).

[9]Zhang Y and Zhao YP. Nonlinear dynamics of atomic force microscopy with intermittent contact. Chaos, Solitons and Fractals, 34(4): 1021-1024 (2007).

[10]Dai W and Zhao YP. The nonlinear phenomena of thin polydimethylsiloxane (PDMS) films in electrowetting. International Journal of Nonlinear Sciences and Numerical Simulation, 8(4): 519-526 (2007).

[11]Zhang KM, Zhao YP, He FQ and Liu DQ. Piezoelectricity of ZnO films prepared by Sol-gel method. Chinese Journal of Chemical Physics, 20(6): 721-726 (2007).

[12]Lin WH and Zhao YP. Influence of damping on the dynamical behavior of the electrostatic parallel-plate and torsional actuators with intermolecular forces. Sensors, 7: 3012-3026 (2007).

2006：

[1]Ren Q, Zhao YP, Han L and Zhao HB. A nanomechanical device based on light-driven proton pumps. Nanotechnology 17: 1778–1785 (2006).

[2]He FQ and Zhao YP. Growth of ZnO nanotetrapods with hexagonal crown. Applied Physics Letters, 88: 193113 (2006).

[3]Zhang Y and Zhao YP. Applicability range of Stoney's formula and modified formulae for a film/substrate bilayer. Journal of Applied Physics, 99: 053513 (2006).

[4]Ren Q, Zhao YP, Yue JC and Cui YB. Biological application of multi-component nanowires in hybrid devices powered by F1-ATPase motors. Biomedical Microdevices, 8(3): 201-208 (2006).

[5]Guo JG and Zhao YP. Dynamic stability of electrostatic torsional actuators with van der Waals effect. International Journal of Solids and Structures, 43: 675-685 (2006).

[6]Zhang Y and Zhao YP. An effective method of determining the residual stress gradients in a micro-cantilever. Microsystem Technologies,12: 357–364 (2006).

[7]Wei Z, Zhao YP, Ruan SL, Gao P and Yu TX. A study of tribological behavior of carbon nanotubes reinforced ultrahigh molecular weight polyethylene composites. Surface and Interface Analysis, 38(4): 883-886(2006).

[8]Yang ZY and Zhao YP. QM/MM and classical molecular dynamics simulation of His-tagged peptide immobilization on nickel surface. Materials Science and Engineering A, 423: 84–91 (2006).

[9]Zhang Y and Zhao YP. Numerical and analytical study on the pull-in instability of micro-structure under electrostatic loading. Sensors and Actuators A, 127: 366–380 (2006).

[10]He FQ and Zhao YP. Growth and optical properties of peculiar ZnO tetrapods. Journal of Physics D: Applied Physics, 39(10): 2105–2108 (2006).

[11]Guo LY and Zhao YP. Effect of chain length of self-assembled monolayers on adhesion force measurement by AFM. Journal of Adhesion Science and Technology, 20(12): 1281–1293 (2006).

2005：

[1]Guo JG and Zhao YP. The Size-Dependent Elastic Properties of nanocrystals with surface effects. Journal of Applied Physics,98：074306 (2005).

[2]Jun Yin,Ya-Pu Zhao,Ru-Zeng Zhu. Molecular Dynamics Simulation of Barnacle Cement, Materials Science and Engineering A. 409:160-166 (2005).

[3]Qian J, Yu TX and Zhao YP. Two-dimensional stress measurement of a micromachined piezoresistive structure with micro-Raman spectroscopy. Microsystem Technologies, 11：97-103 (2005).

[4]Lin WH and Zhao YP. Nonlinear behavior for nanoscales electrostatic actuators with Casimir force. Chaos, Solitons & Fractals, 23: 1777–1785 (2005).

[5]Lin WH and Zhao YP. Casimir effect on the pull-in parameters of nanometer switches. Microsystem Technologies, 11:80-85 (2005).

[6]Liu C, Zhao YP and Yu TX . Measurement of microscopic deformation in a CuAlNi single crystal alloy by nanoindentation with a heating stage. Materials & Design,26(5): 465–468 (2005).

[7]Della CN, Shu D and Zhao YP. Vibration of composite beams with two overlapping delaminations. Acta Mechanica Sinica, 21(1): 47-55 (2005).

[8]Xie H, Liu Z, Fang D, Dai F, Xing Y and Zhao YP. Optical fringe multiplication technique with TEM nano-moiré method. Measurement Science and Technology, 16: 529-534 (2005).

[9]Shi XH, Kong Y, Zhao YP and Gao HJ. Molecular Dynamics Simulation of Peeling a DNA Molecule on Substrate. Acta Mechanica Sinica, 21(3): 249-256 (2005).

[10]Zhang Y and Zhao YP. Vibration of an adhered microbeam under a periodically shaking electrical force. Journal of Adhesion Science and Technology,19(9): 799-815 (2005).

2005：

[1]Guo JG and Zhao YP. Influence of van der Waals and Casimir forces on electrostatic torsional actuators. Journal of Microelectromechanical Systems,13(6):1027-1035(2004).

[2]C.Y. Yang and Ya-Pu Zhao. Influences of hydration force and elastic strain energy on stability of solid film in very thin solid-on-liquid structure. Journal of Chemical Physics, 120(11):5366-5376(2004).

[3]Ren, S.-L.; Yang, S.-R.; Wang, J.-Q.; Liu, W.-M.; Zhao, Y.-P.; Preparation and tribological studies of stearic acid self-assembled monolayers on polymer-coated silicon surface. Chemistry of Materials; (Article); 16(3): 428-434(2004).

[4]Wang G W, Zhang Y, Zhao Y P, Yang G T. Pull-in instability study of carbon nanotube tweezers under the influence of van der Waals forces. Journal of Micromechanics and Microengineering, 14: 1119-1125 (2004).

[5]Ren SL, Yang SR and Zhao YP. Preparation and tribological studies of C60 thin film chemisorbed on a functional polymer surface. Langmuir,20:3061-3065(2004).

[6]Zhang LX and Zhao YP. Adhesion of rough surfaces with plastic deformation. Journal of Adhesion Science and Technology, 18 (6): 715-729 (2004).

[7]Zhang Y, Ren Q and Zhao YP. Modelling analysis of surface stress on rectangular cantilever beam. Journal of Physics D: Applied Physics, 37 :2140-2145(2004) .

[8]Zhang Y and Zhao YP. Static study of cantilever beam stiction under electrostatic force influence. Acta Mechanica Solida Sinica,17(2): 104-112(2004).

[9]S.L. Ren, S.R. Yang and Y.P. Zhao. Derivatization, characterization, and tribological behavior of an amine-terminated polymer surface. Applied Surface Science, 227:293-299(2004).

[10]Wei Z and Zhao YP. Adhesion elastic contact and hysteresis effect. Chinese Physics, 13(8): 1320-1325(2004).

[11]Wei Zheng and Zhao Ya-Pu. An Experimental investigation of the velocity effect on adhesion forces with atomic force microscope. Chinese Physics Letters,21(4): 616-619(2004).

[12]Shi XH and Zhao YP. Comparison of various adhesion contact theories and the influence of dimensionless load parameter. Journal of Adhesion Science and Technology,18(1):55-68(2004).

[13]Ren Sili, Yang Shengrong, Zhao Yapu. Nano-tribological Study On a Super-hydrophobic Film Formed on Rough Aluminum Substrates. Acta Mechanica Sinica, 20(2):159-164(2004).

[14]Zhang Lixian, Yu Tongxi, Zhao Yapu. Numerical Analysis of Theroetical Model of the RF MEMS Switches. Acta Mechanica Sinica, 20(2):178-184(2004).

[15]Gen-Wei Wang, Ya-Pu Zhao, Gui-Tong Yang. The stability of a vertical single-walled carbon nanotube under its own weight. Materials & Design, 25(6): 453-457(2004). .

[16]Quan Ren, Ya-Pu Zhao. Influence of surface stress on frequency of microcantilever-based biosensors. Microsystem Technologies, 10:307-314(2004).

[17]Huimin Xie, Zhanwei Liu, Daining Fang, Fulong Dai, Hongjun Gao and Yapu Zhao. A study on the digital nano-moiré method and its phase shifting technique. Measurement Science and Technology,15(9): 1716-1721(2004).

2003 & previous ：

[1]Sili Ren, Shengrong Yang, Yapu Zhao, Tongxi Yu, Xudong Xiao. Preparation and characterization of an ultrahydrophobic surface based on a stearic acid self-assembled monolayer over polyethyleneimine thin films. Surface Science, 546:64–74(2003).

[2]Zhang LX and Zhao YP. Electromechanical model of RF MEMS switches. Microsystem Technologies, 9: 420-426(2003).

[3]Lin WH and Zhao YP. Dynamics behavior of nanoscale electrostatic actuators. Chinese Physics Letters, 20(11): 2070-2073 (2003).

[4]Zhao YP, et al. Mechanics of adhesion in MEMS-a review. Journal of Adhesion Science and Technology, Special Issue on Adhesion Aspects in MEMS, 17(4):519-546 (2003). (Invited paper) (Contents, Editorial Note, Guest Editorial of the Special Issue)

[5]Ren SL, Yang SR and Zhao YP. Micro- and macro-tribological study on a self-assembled dual-layer film. Langmuir, 19: 2763-2767 (2003).

[6]Zhao YP. Stiction and anti-stiction in MEMS and NEMS. Acta Mechanica Sinica, 19(1): 1-10 (2003). (Invited paper).

[7]Zhao YP and Li WJ. Surface stability of epitaxial elastic films by the Casimir force. Chinese Physics Letters, 19(8): 1161-1163 (2002).

[8]Jin Qian and Ya-Pu Zhao. Materials selection in mechanical design for microsensors and microactuators. Materials & Design, 23(7): 619-625 (2002).

[9]Sili Ren, Shengrong Yang, Yapu Zhao, Jinfang Zhou, Tao Xu, Weimin Liu. Friction and wear studies of octadecyltrichlorosilane SAM on silicon. Tribology Letters, 13(4): 233-239 (2002).

[10]王立森、趙亞溥. 表面粗糙度對于微結構粘附的影響分析. 摩擦學報, 22(4z): 339-343 (2002).

[11]Zhao YP. Morphological stability of epitaxial thin elastic films by van der Waals force. Archive of Applied Mechanics, 72(1): 77-84 (2002).

[12]Zhao YP and Yu TX . Failure modes of MEMS and microscale adhesive contact theory. International Journal of Nonlinear Sciences and Numerical Simulation, 1(5): 361-372 (2000).

[13]趙亞溥. 微尺度粘著塑性接觸理論. In: 《塑性力學與地球動力學進展》，萬國學術出版社，87-91(2000).

[14]趙亞溥、王立森、孫克豪. Tabor數、粘著數與微尺度粘著彈性接觸理論. 力學進展，30(4): 529-537 (2000).

[15]趙亞溥. 微型飛行器中的關鍵力學和智能材料問題. 中國科學基金, 14(1): 11-14 (2000).

[16]趙亞溥. 智能微系統力學中的幾個問題. 石家莊鐵道學院學報, 12(2): 13-18 (1999). (特邀論文).

Selected Papers on Impact Dynamics：

[1] Zhao YP, Zhao H and Hu YQ. Stress wave propagation in a gradient elastic medium. Chinese Physics Letters, 19(7): 950-952 (2002).

[2]Zhao YP. Suggestion of a new dimensionless number for dynamic plastic response of beams and plates. Archive of Applied Mechanics, 68(7/8): 524-538 (1998).

[3]Zhao YP, Yu TX and Fang J. Influence of two secondary effects on shear failure of cantilever with attached mass block under impulsive loading. JSME Inter. J., 38: 236-241 (1995).

[4]Zhao YP, Fang J and Yu TX. Experimental and theoretical investigations into notched circular rings under impact loading. DYMAT J., 2: 135-142 (1995).

[5]Zhao YP, Fang J and Yu TX. Dynamic plastic shear failure analysis for an infinitely large plate with a centred cylinder under impulsive loading. International Journal of Solids and Structures, 31: 1585-1595 (1994).

[6]Zhao YP, Yu TX and Fang J. Large dynamic plastic deflection of a simply supported beam subjected to rectangular pressure pulse. Archive of Applied Mechanics, 64: 223-232 (1994).

Guest editors：

[1] Acta Mechanica Sinica, Vol. 20, No. 2, 2004, Special Issue, Selected papers from ICMNS 2002.

[2] Special Issue of International Conference on Micro and Nano Systems 2002 (2002), Vol. 3, Nos. 3-4, 2002 (Guest editors: Ya-Pu Zhao and Wen J. Li).

[3]微機械專刊, 《機械強度》第100期紀念專刊, 2001.

[4]Special Issue of Intelligent Microsystems, International Journal of Nonlinear Sciences and Numerical Simulation, Vol. 1, No. 5, 2000.

發表會議論文：

[1]袁泉子,楊錦鴻,苗青,趙亞溥. 溶解潤濕動力學的跨尺度研究[C]. 2018年全國固體力學學術會議摘要集（上）. 2018:258.

[2]趙亞溥. 力學大師Taylor和Prandtl為何沒有獲得諾貝爾物理學獎?[C]. 第十四屆全國物理力學學術會議縮編文集. 2016:21.

[3]袁泉子,林巋,趙亞溥. 頁巖氣開發中的解吸和驅替動力學[C]. 第十四屆全國物理力學學術會議縮編文集. 2016:120.

[4]余迎松,王子千,趙亞溥. 液氣界面張力垂直分量在固著液滴蒸發中的作用[C]. 中國力學大會-2015論文摘要集. 2015:122.

[5]趙亞溥. 微納米力學能為我國的頁巖氣開發做些什么?[C]. 中國力學大會-2015論文摘要集. 2015:52-53.

[6]王志喬,趙亞溥. 納米薄膜結構的熱彈性振動[C]. 中國力學大會——2013論文摘要集. 2013:391-392.

[7]袁泉子,趙亞溥. 微柱陣列親液表面的潤濕動力學研究[C]. 中國力學大會——2013論文摘要集. 2013:133.

[8]趙亞溥,王子千. 移動接觸線誘導蛋白質薄膜屈曲與斷裂的實時在位觀測[C]. 中國力學大會——2013論文摘要集. 2013:131.

[9]朱雪燕,袁泉子,趙亞溥. 波在電彈性毛細中的傳播[C]. 第十二屆全國物理力學學術會議論文摘要集. 2012:65.

[10]王志喬,董家珍,呂建國,趙亞溥. 考慮表面應力影響的Mindlin問題:水平載荷情況[C]. 第十二屆全國物理力學學術會議論文摘要集. 2012:41.

[11]王櫻,趙亞溥. 曲面電潤濕[C]. 第十二屆全國物理力學學術會議論文摘要集. 2012:66.

[12]李建軍,韓東,趙亞溥. 細胞外基質及基底的力學性質對細胞鋪展動力學的影響[C]. 第十二屆全國物理力學學術會議論文摘要集. 2012:64.

[13]袁泉子,趙亞溥. 微納結構表面上潤濕動力學的跨尺度研究[C]. 第十二屆全國物理力學學術會議論文摘要集. 2012:63.

[14]魏征,李陽,趙亞溥. 原子力顯微鏡中液橋的熱力學分析[C]. 第十二屆全國物理力學學術會議論文摘要集. 2012:48.

[15]趙亞溥. 納米尺度表/界面力電耦合的分子動力學/第一原理模擬[C]. 中國力學學會學術大會'2009論文摘要集. 2009:142.

[16]趙亞溥. 液滴在超疏水表面上的電場啟動以及碰撞的實驗研究[C]. 第三屆二十一世紀的實驗力學學科發展——海峽兩岸實驗力學研討會摘要集. 2009:22.

[17]魏征,趙亞溥. 微納尺度下液橋的形成[C]. 北京力學會第14屆學術年會論文集. 2008:175-176.

[18]趙亞溥,戴維,馮江濤. 電潤濕的理論與實驗研究[C]. 慶祝中國力學學會成立50周年暨中國力學學會學術大會’2007論文摘要集（下）. 2007:98.

[19]楊振宇,趙亞溥. QM/MM and classical MD simulation of His-tagged peptide immobilization on Ni surface[C]. 2005年納米和表面科學與技術全國會議論文摘要集. 2005:44.

[20]胡宇群,趙亞溥,余同希. Dendritic nanostructures and pattern formation in anodic bonding of Pyrex glass and crystalline silicon coated with aluminum ultra-thin film[C]. 2005年納米和表面科學與技術全國會議論文摘要集. 2005:81.

[21]李暉凌,張文兵,任權,趙亞溥. 表面應力作用下微生化傳感器的撓曲變形分析[C]. 中國力學學會學術大會'2005論文摘要集（下）. 2005:348.

[22]劉戰偉,謝惠民,方岱寧,孟永剛,顧長志,趙亞溥. MEMS結構殘余變形的SEM電鏡云紋法實驗研究[C]. 中國力學學會學術大會'2005論文摘要集（下）. 2005:360.

[23]趙亞溥. 微系統動力學研究的一些新進展[C]. 祝賀鄭哲敏先生八十華誕應用力學報告會——應用力學進展論文集. 2004:91-97.

[24]任嗣利,楊生榮,趙亞溥. 聚合物表面上C_(60)納米薄膜的制備及摩擦學性能研究[C]. 納米材料和技術應用進展——全國第三屆納米材料和技術應用會議論文集（下卷）. 2003:285-288.

[25]林文惠,趙亞溥. 范德瓦爾斯力對納米開關吸和參數的影響[C]. 2003年納米和表面科學與技術全國會議論文摘要集. 2003:119.

[26]魏征,趙亞溥. 粘著接觸滯后模型[C]. 2003年納米和表面科學與技術全國會議論文摘要集. 2003:127.

[27]王立森,趙亞溥. 表面粗糙度對于微結構粘附的影響分析[C]. 第七屆全國摩擦學大會會議論文集（一）. 2002:354-358.

[28]任嗣利,楊生榮,趙亞溥. STA-APS自組裝雙層膜的制備及其摩擦特性[C]. 第七屆全國摩擦學大會論文集（二）. 2002:64-67.

[29]孫克豪,胡宇群,王立森,趙亞溥. 微電子機械系統的計算機輔助設計[C]. “力學2000”學術大會論文集. 2000:637-638.

榮譽獎勵：

（1） 中國科學院教育教學成果一等獎， 一等獎，院級，2020。

（2） 領雁銀獎（振翅獎），院級，2020。

（3） 首批國家級一流本科課程“普通物理-力學”， 國家級，2020。

（4） 領雁金獎（引航獎），院級， 2020。

（5） 《力學講義》獲中國科學院大學教育教學成果獎，一等獎， 院級，2020。

（6） 唐立新教學名師獎，院級，2020。

（7） 《力學講義》被評為“北京高等學校優質本科教材課件（重點）”，省級，2019。

（8） 中共中央、國務院、中央軍委頒發的“慶祝中華人民共和國成立70周年”紀念章， 國家級，2019。

（9） 《中國科學》《科學通報》優秀編委，院級，2019。

（10） “全國優秀教師”稱號， 國家級，2019。

（11） 北京市高等學校教學名師獎，省級，2018。

（12） 中國科學院教育教學成果獎，二等獎，院級，2017。

（13） 朱李月華獎教金，院級，2016。

（14） 國家自然科學獎，二等獎，國家級，2014。

（15） 2002年獲得“國家杰出青年科學基金”，獲得中國科學院“百人計劃”稱號。

（16） 2004年入選國家人事部等七部委批準的“首批新世紀百千萬人才工程國家級人選”。

（17） 享受國務院特殊津貼。

學術交流：

參與會議：

（1）基于物理力學和機器學習的干酪根性質研究 哈爾濱工業大學（深圳校區）學術報告 2021-10-14

（2）題目 第十六屆全國物理力學學術會議 2021-08-14

（3）題目 微納米表征與測量技術研討會 2021-07-30

（4）頁巖壓裂復雜裂縫形成及導流能力定量預測研究 損傷與斷裂力學及其工程應用研討會 2021-05-21

（5）跨尺度旋轉系統研究: 從分子馬達到液體馬達 超滑技術論壇2021 2021-03-25

（6）經典力學中的科學哲學淺析 科學與哲學系列講座 2020-11-12

（7）拉格朗日力學及干酪根熟化力學研究 系列學術講座 2020-11-02

（8）作為一首科學詩的拉格朗日力學 中國科學院第三屆科學節·科創中心科學報告會 2020-10-31

（9）經典力學漫談 中石油報告會 2020-07-20

（10）干酪根裂解生成頁巖油氣的物理力學研究 全國第三屆材料的非線性力學性能會議 2019-11-02

（11）干酪根裂解與頁巖氣吸附原位模擬及實驗研究 中國力學大會 2019-08-24

（12）干酪根裂解與頁巖氣吸附、解吸附的化學–力學耦合 “非常規環境及復雜介質力學行為”研討會 2019-05-17

（13）干酪根裂解生成頁巖油氣的成氣成藏機理研究 第十五屆全國實驗力學大會 2018-08-06

（14）拓撲結構表明的移動接觸線問題研究 第二屆移動接觸線研究進展研討會 2018-04-01

（15）題目 固體力學挑戰與發展研討會 2017-10-20

（16）題目 第一屆全國物理力學青年學者學術研討會 2017-10-15

（17）題目 第四屆國際塑性力學與沖擊力學研討會 2017-08-17

（18）和 Hamaker 常數相關的新特征尺度的提出 中國力學大會 2017-08-13

（19）納微制造中表面效應的物理力學研究 微米納米制備及應用前沿技術高端論壇 2016-11-25

（20）頁巖氣開采中多尺度滲流力學特性與解吸、驅替動 雙清論壇 2016-10-30

（21）物理力學學科建設 第十四屆全國物理力學學術會議 2016-09-27

（22）Physical mechanics studies of adsorption/desorption and displacement of shale gas 2016-05-23

（23）頁巖氣開采中裂紋動態愈合和超臨界流體驅替頁巖氣的微觀機制 第二屆頁巖油氣高效開采力學問題研討會 2015-10-22

（24）水力壓裂、頁巖氣吸附/輸運和CO2驅替頁巖氣的微觀機理 2015年材料科學中的計算問題研討會 2015-10-16

（25）微納米力學能為我國的頁巖氣開發做些什么？ 中國力學大會 2015-08-15

（26）Microscopic mechanism of kerogen decomposition, hydraulic fracturing, adsorption and transport in shale 第7屆國際流體力學大會 2015-05-27

（27）納微系統中固液界面動力學的實驗研究 第十四屆全國實驗力學學術會議 2015-05-07

（28）干酪根裂解、水力壓裂、頁巖氣吸附與運輸的物理力學研究 香山會議 2014-12-12

（29）Molecular dynamics simulations of hydraulic fracturing of shale and methane adsorption in carbon nanopores 第九屆國際科學計算與應用大會 2014-06-20

（30）Modeling experiments and MD simulation on electro-wetting on curved surface 2012-09-15

（31）The dance of water droplet: electro-Elasto-Capillarity 2012-08-10

（32）Graphene Folding Dynamics—MD Simulations 2011-12-09

（33）Electro-Elasto-Capillarity and Folding Dynamics of Graphene Sheet 2011-11-05

（34）Modeling experiments and MD simulation on electro-wetting on curved surface 2011-09-18

中國科學報報道：

趙亞溥：愿為學生吹響“悠揚笛聲”

1895年，16歲的愛因斯坦在閱讀一本科普書對太空和行星的描述時突發奇想：“如果進行‘太空旅行’，應該乘坐什么交通工具？”此后的一個晚上，他在夢里做了一個“追光實驗”，這個“夢”為其十年后建立狹義相對論孕育了思想上的萌芽……

主修過趙亞溥《力學》課的學生都知道這個故事，這是他在講解“狹義相對論的拉格朗日量”時所提到的。不直接解釋概念、推導公式，而從故事入手，用短短5分鐘的時間，很自然地將狹義相對論引入課堂，當同學們聽得入迷之時，他“趁機”推導閔可夫斯基等公式。

中國科學院大學（以下簡稱“國科大”）本科生授課教師趙亞溥深受愛因斯坦“想象力比知識更重要”論斷的影響，并將這一理念貫穿至教學始終。

“你可以質疑最頂級期刊！”

對于本科生的經典力學課程來說，建立物理圖像是首要任務，這需要豐富的想象力，以“思想實驗”為主線來講授再好不過了。

牛頓的水桶思想實驗、“薩爾維阿蒂的大船”、芝諾佯謬……在趙亞溥的課堂上，不斷上演的理性思維活動，讓學生們覺得既生動形象又“燒腦”，既充滿挑戰又讓人很受啟發。

在科研一線拼搏近三十年后，曾作為中國科學院力學研究所研究員的趙亞溥走上教師崗位。他曾反思：當代科學迅猛發展，已經從傳統的科研方法發展到全新的科研方法，即從現有科學理論系統出發，進行思想實驗，預測某個待發現的科學理論，再設計相關實驗來證實這個思想實驗。

趙亞溥也非常注重培養學生的批判性思維和質疑精神。他曾在《材料力學》課的一道期中考試題中“故意設置陷阱”，選擇物理學最著名的國際期刊《物理評論快報》中的一篇文獻作為材料，要求考生判斷文獻中所推導的公式是否正確。

已經被美國哥倫比亞大學錄取為博士生的2014級國科大本科材料學專業的董亦楠對此記憶猶新：“看似十分困難，但其實只要經過仔細的推演就可以發現，這公式根本不對。”

趙亞溥希望他教出來的學生“即使是最頂級期刊的內容，也可以質疑”。

教出新知識的創造者

趙亞溥常常思考：什么是好的教師？怎樣才算是高明的教學？

“我仿佛聽到，希爾伯特作為哈姆林彩衣人，所吹奏的來自遠方的悠揚笛聲，召喚著如此眾多的像鼠一般的追隨者和他一起跳進數學的深河徜徉。”他以數學家赫爾曼·外爾紀念恩師希爾伯特的這句話明志，希望做學生“悠揚笛聲”的引路人。

在他看來，“教出的學生不是只能運用結論的人，而是學科的創造者，這才是好的老師、高明的教學”。趙亞溥試圖將學生置于科學史的長河之中，講述知識的源頭，使他們開闊視野，敢于質疑，最終成為新知識、新理論的創造者。

趙亞溥不是只把自己當作“教書匠”，而是把自己定位為“培養杰出科學家”的教育者。為了更好地實現這一目標，他專程到莫斯科大學學習考察授課模式和課堂形式；與劍橋大學著名的科學家、教授探討“如何給本科生上課”；借助前往法國參加學術會議的機會，專程到巴黎高等師范學院與數學和物理教授交流“教育教學理念”。

有激情的“趙爹”

有激情的“趙爹”，這是學生對趙亞溥的尊稱。

課堂上的他能“一口氣”講兩個小時，最后一分鐘的氣勢依舊如剛上課的第一分鐘；一個公式的推導密密麻麻寫滿整整10塊黑板，寫了擦、擦了寫，每次上完課，頭發、衣服上都落滿了粉筆末……

對趙亞溥來說，給學生上課這件事兒“非常重要”，用他自己的話說，就是“很累，但我充滿激情”，而這種激情除了用在教課上，還“釋放”在為學生編寫最富思想性的教材和參考書上。

今年5月，趙亞溥歷時三年為本科生《力學》課量身打造的教材《力學講義》終于印刷出版了。常常是一下課，解答完學生們的問題，他就立刻趕回位于中關村的辦公室寫教材，“剛推導完嘛，很興奮，得趁熱打鐵”。

趙亞溥自我調侃道：“在寫書之前，頭發還是很多的。”熟悉他的人談到這本書時也都說，“385頁的內容，真是一夜一夜‘熬’出來的。”

最近一次記者聯系趙亞溥時，他正在煙臺參加招生宣傳。他從招生辦老師那里得知：部分家長從頭一天晚上就開始徹夜排隊，由于天氣降溫，有的學生和家長還披著被子，勸都勸不走。那一刻，趙亞溥滿含熱淚：“我還能說什么呢？只能用更大的激情上好每一節課，將這些苗子培養成才！”

《中國科學報》 (2018-07-24 第6版 動態)