姜雲鵬(南京航空航天大學研究員、博士生導師)

姜雲鵬，男，工學博士，南京航空航天大學航空學院特聘研究員，碩士生導師、博士生導師。教育部新世紀優秀人才，日本JSPS學者。主要從事先進複合材料力學、柔性功能材料的熱-力-電性能和功能器件設計和安全評估。在Composite Part B, Mater & Design, MSEA，Int J Fatigue, Int J Therm Sci和Adv Eng Mater 等著名期刊發表學術論文100餘篇，其中SCI：55篇次，EI：73篇，其中一/二區30篇，被引用＞1300次。現為“複合材料學報”，Compos Sci Technol, Int J Mech Sci, Eng Fract Mech, Compos Struct, Compos Part B, Comput Mater Sci, Mater Sci Eng A, J Compos Mater, Adv Eng Mater, Mater & Design, Int J Damag Mech, Mater Lett, Fiber & Polymer等30種國內外知名期刊審稿人，現為《計算力學學報》、《套用力學學報》，《Journal of Polymer Science》和《複合材料學報》等7種學術期刊的編委或青年編委。擔任江西/河北省科技廳評審專家，教育部研究生教育發展中心，學術橋人才項目，國研評審中心和國家自然科學基金委評審專家等。

人物經歷

姜雲鵬，男，工學博士，南京航空航天大學航空學院特聘研究員，碩士生導師、博士生導師。教育部新世紀優秀人才，日本JSPS學者。主要從事先進複合材料力學、柔性功能材料的熱-力-電性能和功能器件設計和安全評估。在Composite Part B, Mater & Design, MSEA，Int J Fatigue, Int J Therm Sci和Adv Eng Mater 等著名期刊發表學術論文100餘篇，其中SCI：55篇次，EI：73篇，其中一/二區30篇，被引用＞1300次。現為“複合材料學報”，Compos Sci Technol, Int J Mech Sci, Eng Fract Mech, Compos Struct, Compos Part B, Comput Mater Sci, Mater Sci Eng A, J Compos Mater, Adv Eng Mater, Mater & Design, Int J Damag Mech, Mater Lett, Fiber & Polymer等30種國內外知名期刊審稿人，現為《計算力學學報》、《套用力學學報》，《Journal of Polymer Science》和《複合材料學報》等7種學術期刊的編委或青年編委。擔任江西/河北省科技廳評審專家，教育部研究生教育發展中心，學術橋人才項目，國研評審中心和國家自然科學基金委評審專家等。

研究方向

（1）柔性功能複合材料及電子器件

（2）複合材料細觀力學

（3）多功能複合材料設計及製備

科研項目

國家自然科學基金(面上項目)：12072149，非晶合金基複合材料在複雜應力狀態下的強韌化機理研究，62萬元，主持，在研

前瞻布局科研專項項目：鎵基液態金屬柔性複合材料的特殊力-電-熱效應和新功能器件研究，10萬元，主持，在研

中央高校業務費：NS2022012，鎵基液態金屬柔性複合材料的設計、製備與力-電行為研究，10萬元，主持，在研

江蘇“六大人才高峰”高層次人才項目：XCL-031，非晶合金基複合材料的多尺度本構模型與試驗研究，4萬元，主持，在研

江蘇自然科學基金(面上項目)：2018021768，非晶合金基複合材料的微結構效應及強韌化機理研究，10萬元，主持，結題

中央高校業務費：NS2018009，非晶合金基複合材料的微結構效應及強韌化機理研究，10萬元，主持，結題

中央高校業務費：1001-YAH16056，非晶合金基複合材料的顆粒增韌機理研究，8萬元，主持，結題

國家自然科學基金：2012506111，熱-力耦合作用下碳纖維增強熱塑性複合材料的大變形宏/細觀力學研究，26萬元，主持，結題

江蘇自然科學基金(青年項目)：2012503811，碳纖維增強熱塑性複合材料的熱-力耦合大變形力學研究，20萬元，主持，結題

教育部基金：2013566012，新世紀優秀人才計畫基金，50萬元，主持，結題

高層次人才引進基金：2011B07914，顆粒增強熱塑性聚合物基複合材料的非線性大變形力學行為，30萬元，主持，結題

國家自然科學基金：11202067，囊泡電穿孔和電融和的計算機模擬研究，26萬元，參與，結題

國家自然科學基金：50805079，薄膜壓痕的三維效應研究，25萬元，參與，結題

“項目式課程”建設，材料力學，2021.9-2023.8，5.0萬元

研究生教改課題：“雙一流”建設背景下力學專業研究生培養質量的提升路徑與實踐2023YJXGG01，2023.06-2025.12，2.0萬元

學生培養

已培養碩士生11名，在讀研究生8名

2016年，國家獎學金（邱昆）

2017年，校優秀碩士畢業生（邱昆）

2023年，校三好/科技優乾稱號（朱燕）

2024年，校優秀碩士畢業生（朱燕）

2024年，國家獎學金（丁禧龍）

2025年，校優秀碩士畢業生（丁禧龍）

已指導本科畢設19名，其中兩人獲得校級優秀畢業論文

研究生畢業去向：華為、上海商飛、比亞迪、江蘇海鷹等大型國有企業

學術論文

2026年（3篇）

· 姜雲鵬(2027)：基於高校學生評教探討現代課堂教學本質，高教學刊，2027年4期

· 姜雲鵬(2026)：AI時代力學專業研究生科研創新能力的提升途徑，高教學刊，2026年17期

· 姜雲鵬(2026)：提高力學專業碩士研究生培養質量的方法研究，高教學刊，2026年2期

2025年（6篇）

· Jiang Y.P., Wang B.W. and Wu Y.Z. (2025): Mechanical behaviors of solid-liquid composites filled with liquid metal droplets of precisely controlled dimensions. Journal of Micromechanics and Microengineering, 35: 095007.

· 姜雲鵬(2025)：新材料前沿發展背景下材料力學課程教學改革探索，高教學刊，7：19-22。

· 姜雲鵬(2025)：新時代下材料力學課程教學的若干思考，高教學刊，3：14-17.

· X.L. Ding and Y.P. Jiang (2025): Lightweight and thermally conductive Ga-based liquid metal hybrid composites filled with hollow glass bubbles. International Journal of Thermal Science 210: 10967.

· Jiang Y.P. and Wang Y.K. (2025): Toughening behaviors of metallic glass matrix composite with mortar-and-brick microstructures. Mechanics of Composite Materials 61: 771-784.

· 姜雲鵬 王博文 吳煜璋(2025)：一種尺寸可控的鎵基液態金屬液滴及製備方法、複合材料，發明專利（CN 119979889 A）

2024年（6篇）

· Ding X.L. and Jiang Y.P. (2024): Lightweight, highly extensible and anti-leak liquid metal elastomer composites with an interpenetrating architecture. Advanced Engineering Materials 26(23): 2401244

· Jiang Y.P. and Wang Y.K.(2024): Toughening behaviors of metallic glass matrix composite with mortar-and-brick microstructures. Mechanics of Composite Materials (under review)

· Jiang Y.P., Ding X.L. (2024): Analytical Study on the Effective Thermal Conductivity of Ga-based Liquid Metal Filled Elastomers. Material Today Communication 39: 108954

· Zhu Y., Ding X.L. and Jiang Y.P. (2024): Gallium based liquid metal flexible electronics prepared by solid-liquid phase transition. Journal of Electronic Materials 53: 2763-2772

· 姜雲鵬(2024)：新材料前沿發展背景下的《材料力學》課程教學改革探索，《2023新時代高校力學教學改革與創新研討會論文集》，高等教育出版社，2024年4月

2023年（6篇）

· Jiang Y.P., Zhu Y. (2023) Numerical investigation on the piezo-resistive effect of Ga-based liquid metal filled elastomers (LMECs). Journal of Electronic Materials 53 (1), 499-507

· Jiang Y.P., Zhu Y., Li T.Y. and Ding X.L. (2023): Strong and tough bulk metallic glass composites based on double network concept. Mechanics of Composite Materials 59(4):795-806.

· Jiang Y.P., Li T.Y. (2023): Computational micromechanics analysis of toughening mechanisms in metal matrix composites with network architecture. Materials Today Communications 35: 105903

· 姜雲鵬(2023)：關於新時代材料力學課程教學的若干思考，《2022新時代高校力學教學改革與創新研討會論文集》，高等教育出版社

· Jiang Y.P. and Zhu Y. (2023): Notched behaviors of carbon fiber reinforced epoxy matrix composite. Journal of Composites Science 7: 223.

· 朱燕，姜雲鵬（2023）：一種鎵基液態金屬柔性電子器件的製備方法，發明專利，授權號：HB2311076CN.

2022年（3篇）

· Jiang Y.P., Zhu Y., Li T.Y. and Ding X.L. (2022): Computational micromechanics of the elastic behaviors of liquid metal-elastomer composites. MRS Communications 12: 465-470.

· Gong Z., Zhou Z., Wang Z., Lv Q.H., Xu J.F. and Jiang Y.P. (2022): Coordinated formation guidance law for fixed-wing UAVs based on missile parallel approach method. Aerospace 9: 272-291.

· Jiang Y.P. (2022): Using nano-powders to improve the interfacial bonding strength of carbon fiber/epoxy composites. Fibers and Polymers 23: 1431-1439.

2021年（2篇）

· Jiang Y.P., Wu J. and Zhu Y. (2021): A mesoscopic model for particle filled composites with network microstructures. Mechanics of Composite Materials 3(57): 415-424.

· Jiang Y.P. and Wu J. (2021): Enhancement of interface strength of carbon fiber/epoxy resin composites filled with low dimensional materials. Composite Interfaces 28(3): 273-286.

2019年（1篇）

·Jiang Y.P., Wu J. (2019): A micromechanics model for particle filled composites with network microstructure. JSMAMS-2019, Nov. 2019 (in Japan)

2018年（6篇）

·Jiang Y.P. (2018): Micromechanical model of bulk metallic glass matrix composites with transformation induced plasticity. Journal of Non-Crystalline Solids 484: 118-123.

·Jiang Y.P. (2018): Mesoscopic constitutive model for predicting failure of bulk metallic glass composites based on the free-volume model. Materials 11: 327-337.

·Jiang Y.P., Qiu K., Sun L.G. and Wu Q.Q. (2018): Modeling of bulk metallic glass matrix composites under compression: Microstructure effect on shear band evolution. Metallurgical and Materials Transactions A 49A: 417-424.

·Jiang Y.P. (2018): An analytical method for studying the tensile stress-strain relations of bulk metallic glass composites. Advanced Composite Letters 27(6), 266-270.

·吳青青，姜雲鵬，孫龍港，邱昆，史學萍（2018）：梯度微結構對金屬玻璃拉伸增韌的影響，複合材料學報，35：1227-1235.

·邱昆，姜雲鵬，史雪萍，吳青青，孫龍港（2018）：新型顆粒增強金屬玻璃複合材料的拉伸增韌機制，複合材料學報35: 124-131.

2017年（8篇）

· 孫龍港，姜雲鵬，吳青青，邱昆，史雪萍（2017）：金屬玻璃複合材料壓縮增韌的微結構機理，能源與環保，39：158-165.

· Jiang Y.P. (2017): Micromechanics constitutive model for predicting the stress–strain relations of particle toughened bulk metallic glass matrix composites. Intermetallics 90: 147-151.

· Jiang Y.P., Sun L.G. and Wu Q.Q. (2017): Macroscopic tensile plasticity of metallic glass matrix composites through gradient microstructures. Journal of Non-Crystalline Solids 475: 96-100.

· 史雪萍，姜雲鵬，邱昆，孫龍港，吳青青（2017）：橡膠基複合材料的微結構效應研究，能源與環保39: 71-75.

· Jiang Y.P., Sun L.G., Wu Q.Q. and Qiu K. (2017): Enhanced tensile ductility of metallic glass matrix composites with novel microstructure. Journal of Non-Crystalline Solids 459: 26-31.

· 邱昆，姜雲鵬，史雪萍，孫龍港，吳青青 (2017): 金屬玻璃基複合材料的微結構效應，複合材料學報 34(6): 8-16.

· 吳青青，孫龍港, 邱昆，史雪萍，姜雲鵬 (2017): 帶缺口的大塊金屬玻璃在疲勞荷載下的破壞機理，中國力學大會，北京。

·Jiang Y.P., Qiu K. (2017): Microstructure designing of tensile toughening mechanism of metallic glass matrix composites. ICCM-21, Aug. 2017 (in China)

2016年（6篇）

· Jiang Y.P. (2016): An analytical model for particulate reinforced composites (PRCs) taking account of particle debonding and matrix cracking. Materials Research Express 3(10): 106501.

· Jiang Y.P. (2016): FEM modeling of cyclic deformation in bulk metallic glasses (BMGs). Metals, 6(9), 217.

· Jiang Y.P. (2016): Effect of testing conditions on the compressive plasticity of bulk metallic glasses (BMGs). Journal of Materials Research, 31(17), 2686-2694.

· Jiang Y.P. (2016): Numerical study of the effect of sample aspect ratio on the ductility of bulk metallic glasses (BMGs) under compression. Metallurgical and Materials Transactions A, 47, 2481-2486.

· Jiang Y.P. (2016): Numerical study of the notch effect on the ductility of bulk metallic glasses (BMGs) based on the free-volume theory. Journal of Materials Research, 31(6), 765-774.

· Jiang Y.P., Tohgo K., Shimamura Y. (2016): A Micromechanics-based Incremental Damage theory of Bulk Metallic Glass (BMG) Composites. International Journal of Damage Mechanics, 25, 358-376.

2015年（5篇）

· Jiang Y.P. (2015): On the compression mechanism of the composite lattice structures. Advanced Composites Letters 24, 107-112.

· Jiang Y.P., Shi X.P., Qiu K. (2015): Micromechanical modeling the plastic deformation of particle reinforced bulk metallic glass composites. Metallurgical and Materials Transactions A 46A, 3705-3712.

· Jiang Y.P., Shi X.P., Qiu K. (2015): Numerical Study of Shear Banding Evolution in Bulk Metallic Glass Composites. Materials & Design. 77, 32-40.

· Jiang Y.P. Shi X.P., Qiu K. (2015): A micromechanics-based incremental damage model for carbon black filled rubbers. Composites Part B: Engineering. 75, 11-16.

· Jiang Y.P., Qiu K. (2015): Computational micromechanics analysis of toughening mechanisms of particle-reinforced bulk metallic glass composites. Materials & Design 65, 410-416.

2014年（1篇）

· Jiang Y.P., Qiu K. (2014): A Micromechanics-based Incremental Damage Model for Carbon Black Filled Rubbers. ICNAAM 2014, Sep. 2014 (in Greece)

2013年（5篇）

· Jiang Y.P., Fan H.L. (2013): A micromechanics model for predicting the stress–strain relations of filled elastomers. Computational Materials Science, 67, 104-108.

· Yang H., Jiang Y.P., Chen P.H., Fan H.L. (2013): Micromechanics models of particulate filled elastomer at finite strain deformation. Composites Part B: Engineering, 45, 881-887.

· Jiang Y.P., Tohgo K. (2013): A constitutive model of finite strain deformation of filled elastomers. JSMAMS, Nov. 2013 (in China)

· 姜雲鵬 (2013): 顆粒增強高彈體的均勻化理論研究; 重慶大學2013年複合材料力學研討會摘要集, May 2013 (in China)

· Jiang Y.P. (2013): Micromecanics study of carbon black filled rubbers. ICF13, Aug. 2013 (in China)

2012年（3篇）

· Jiang Y.P., Yang H., Chen P.H. (2012): Analytical study of morphologies for ultra high elastic stiffness of composites with aligned cylindrical fibers. Composite Structures, 94, 2390-2396.

· Jiang Y.P., Tohgo K., Shimamura Y. (2012): Ultrasonic dispersion of SiO₂ particles in glassy epoxy resin. Journal of Composite Materials, 46(10), 43-52.

· Yang H., Chen P.H., Jiang Y.P. (2012): 規則性分布長纖維增強複合材料的等效彈性研究. 機械強度 34, 56-62.

2011年（3篇）

· Jiang Y.P., Tohgo K. (2011): An incremental damage theory for micropolar composites taking account of progressive debonding and particle size effect. Computational Material Science, 50, 3358-3364.

· Yang H., Chen P.H., Jiang Y.P., Tohgo K. (2011): Incremental damage theory of particulate-reinforced composites with a ductile interphase. Composite Structures, 93, 2655-2662.

· Jiang Y.P., Tohgo K. (2011):Incremental damage theory of particulate reinforced composites with a ductile interphase. ICCM-18, Aug. 2011 (in Korea)

2010年（4篇）

· Jiang Y.P., Yang H., Togho K. (2010): Three phase incremental damage theory of particulate reinforced composites with a brittle interphase. Composite Structures, 93, 1136-1142.

· Jiang Y.P., Tohgo K., Yang H. (2010): Study of the effect of particle size on the effective modulus of polymeric composites on the basis of the molecular chain network microstructure. Computational Material Science, 49, 439-443.

· Jiang Y.P., Tohgo K., Shimamura Y. (2010): Quantitative dependence of the effective modulus of particle reinforced composites on the partially-debonding damage. Journal of Solid Mechanics and Materials Engineering, 4, 1083-1093.

· Jiang Y.P., Tohgo K., Shimamura Y. (2010): An analytical model to study the effective stiffness of the composites with periodically distributed sphere particles. Composite Structures, 92, 216-222.

2009年（2篇）

· Jiang Y.P., Tohgo K., Shimamura Y. (2009): A micro-mechanics model for composites reinforced by regularly distributed particles with an inhomogeneous interphase. Computational Material Science, 46(2), 507-515.

· Jiang Y.P., Tohgo K., ShimamuraY. (2009): Quantitative dependence of the effective modulus of particle reinforced composites on the partially-debonding damage. The 1 Asian Pacific Conference for Materials and Mechanics, Nov. 2009 (in Japan)

2008年（2篇）

· Jiang Y.P., Yang H., Guo W.L. (2008): Numerical study of the influence of particle cracking to the damage of MMC by the incremental damage theory. Materials Science and Engineering A, 492, 370-376.

· Jiang Y.P., Guo W.L., Yang H. (2008): Numerical studies on the effective shear modulus of particle reinforced composites with an inhomogeneous interphase. Computational Material Science, 43, 724-731.

2007年（2篇）

· Jiang Y.P., Guo W.L., Yue Z.F. (2007): On the study of the creep damage development in circumferential notch specimens. Computational Material Science, 38, 653-659.

· Jiang Y.P., Guo W.L., Yue Z.F. (2007): On the study of the effects of notch shape on the creep damage under cyclic loading. International Journal of Fatigue, 29, 836-842.

2006年（12篇）

· Jiang Y.P., Guo W.L., Yue Z.F., Wang J. (2006): On the study of the effects of notch shape on creep damage development under constant loading. Materials Science and Engineering A, 437, 340-347.

· Jiang Y.P., Wang, Y., Yue Z.F. (2006): Experiments and simulations of the mechanical performance of repaired panels. Materials Science and Engineering A, 415, 33-39.

· Jiang Y.P., Guo W.L., Yue Z.F. (2006): Investigation of the three dimensional micromechanical behaviors of woven fabric composites. Mechanics of Composite Materials, 42, 141-150.

· Jiang Y.P., Yue Z.F. (2006): Simulation and experimental studies of the repaired composite laminate. Materialwissenschaft und Werkstofftechnik, 37, 597-604.

· Jiang Y.P., Guo W.L. (2006): Modeling the damage progression in the composite structure subjected to static contact crush. Key Engineering Materials, 325, 831-834.

· Jiang Y.P. (2006): On the Study of the Mechanical Behaviours of the Flange Repaired Composite Panels under tension. Key Engineering Materials, 334, 285-288.

· Jiang Y.P., Guo W.L., Yue Z.F. (2006): 在循環載荷作用下缺口形狀對蠕變損傷的影響的數值研究. 材料研究學報 19, 520-523.

· Jiang Y.P., Yue Z.F. (2006): 單剪螺栓連線複合材料疊層板螺栓孔周邊應力場分布. 機械強度 28, 271-275.

· Wang Y., Jiang Y.P., Yue Z.F. (2006): 複合材料層合板開口補強試驗和數值模擬. 機械強度 28, 869-873.

· Jiang Y.P. (2006): On the Study of the Mechanical Behaviors of the Flange Repaired Composite Panels under tension. The 5 Asian-Australasian Conference on Composite Materials, Nov. 2006, 285-288 (in Hong Kong)

· Jiang Y.P., Guo W.L.(2006): Modeling the damage progression in the composite structure subjected to static contact crush. The 5 International Conference on Fracture and Damage Mechanics, Sep. 2006, 831-834 (in China)

· Jiang Y.P., Guo W.L., Yue Z.F. (2006): On the study of the influence of notch shape on creep damage under cyclic loading. Proceeding of Beijing International Material Week, Jun. 2006, 1062-1066 (in China)

2005年（3篇）

· Jiang Y.P., Yue Z.F. (2005): 間隙配合對複合材料疊層板螺栓連線強度的影響. 複合材料學報22, 177-182.

· Jiang Y.P., Zhang Q.M., Wang Y., Yue Z.F. (2005): 複合材料層合板開口補強試驗和數值研究. 複合材料學報 22, 190-196.

· Jiang Y.P., Yue Z.F., LuW.S. (2005): 計入纖維交叉影響的纏繞複合材料結構有效剛度模型. 燃氣渦輪試驗與研究 18, 33-38.

2004年（7篇）

· Jiang Y.P., Yue Z.F. (2004): Numerical study on creep damage of composites at high temperature. Acta Metallurgica Sinica (English letters), 17, 493-497.

· Shao X.J., Jiang Y.P., Yue Z.F. (2004): Study on the effects of breakage of single fiber on creep behavior of fiber reinforced composite. Acta Metallurgica Sinica (English letters), 17, 498-502.

· Wang X.M., Jiang Y.P., Wang Y.F., Yue Z.F. (2004): 圓棒拉伸試樣蠕變過程中的應力應變分布分析. 航空材料學報 24, 58-62.

· Jiang Y.P., Yue Z.F. (2004): 高溫環境下纖維複合材料蠕變損傷的細觀機理研究. 力學季刊 25, 523-527.

· Jiang Y.P., Yue Z.F. (2004): Numerical study on creep damage of composite at high temperature. Proceeding of the 5 China-Japan Bilateral Symposium on High Temperature Strength of Materials, Aug. 2004, 114-119 (in China)

· Jiang Y.P., Yue Z.F. (2004): 纏繞複合材料結構強度分析的有效剛度法; Chinese Society of Aeronautics and Astronautics 12 conference of aero-engine structure strength and vibration, Chengdu, Aug. 2004, 8-12 (in China)

· Shao X.J., Jiang Y.P., Yue Z.F. (2004): Study on the effects of breakage of single fiber on creep behavior of fiber rein- forced composite. Proceeding of the 5 China-Japan Bilateral Symposium on High Temperature Strength of Materials, Aug. 2004, 114-119 (in China)

2003年（4篇）

· Jiang Y.P., Yue Z.F., Wan J.S. (2003): 界面特性對金屬基複合材料蠕變性能的影響. 計算力學學報 24, 58-62.

· Jiang Y.P., Yue Z.F. (2003): 高溫下的金屬基複合材料雙剪下試樣應力應變有限元分析. 材料工程 10, 23-35.

· Jiang Y.P., Yue Z.F., Han X.P. (2003): 由拉伸試樣確定材料真實應力應變關係. 機械強度 25, 151-153.

· Jiang Y.P., Yue Z.F.,Wang X.M. (2003): 金屬基複合材料的蠕變力學研究進展. 燃氣渦輪試驗與研究 16, 53-61.

2002年（1篇）

· Jiang Y.P., Yue Z.F. (2002): 金屬基複合材料多尺度問題研究; The Annual Meeting of Composite Materials, Chengdu, Sep. 2002, 18-22 (in China)