湖南大學土木工程學院導師：朱德舉 正文

[導師姓名]
朱德舉

[所屬院校]
湖南大學

[基本信息]
導師姓名：朱德舉
性別：男
人氣指數：5760
所屬院校：湖南大學
所屬院系：土木工程學院
職稱：教授
導師類型：博導
招生專業：結構工程
研究領域：綠色建筑材料(高性能纖維和織物增強水泥基復合材料、仿生建材、混凝土)及應用；高性能纖維布的...

[通訊方式]
電子郵件：dzhu(AT)hnu.edu.cn
通訊地址：土木南樓A303 Main Building of Civil Engineering

[個人簡述]


[科研工作]
主持和參與的縱向項目：1) 國家自然科學基金面上項目，51778220，“動態荷載與溫度耦合作用下織物增強混凝土的損傷機理研究”，2018-2021，主持（在研）2) 國防科技創新特區，17-H863-03-ZT-003-008-06 ,“xxx技術”，2017-2018，主持（在研）3) 國家重點研發計劃綠色建筑及建筑工業化重點專項，2017YFC0703006，“高性能纖維增強復合材料與新型結構關鍵技術研究與應用”－課題六“大拉力纖維增強復合材料索、錨具、連接件及其輕量化大跨結構體系研究”，2017-2019，研究骨干（子課題負責人）（在研）4) 湖南省重點研發計劃項目，2017GK2130，“仿生柔性全身防護裝具的設計與制備關鍵技術研究”，2017-2019，主持（在研）5) 國家自然科學基金重點項目，51638008，“綠色低碳地聚物混凝土材料和結構設計的基礎研究”，2017-2021，研究骨干（排名第三，在研）6) 裝備預研教育部聯合基金青年人才項目，6141A02033602，“基于鱗片仿生的柔性防護裝具關鍵技術研究”，2016-2018，主持（在研）7) 湖南省戰略性新興產業科技攻關與重大科技成果轉化項目，2016GK4016，“纖維編織網增強混凝土材料與復合結構的關鍵技術研究與應用示范”，2016-2018，首席專家（在研）8) 湖南省科技計劃重點項目-國際與區域科技合作， 2014WK2026，“高性能仿生防護墻的性能研究”，2014-2016，主持（已結題）9) 教育部留學回國人員科研啟動基金（第48批），“魚鱗片多尺度力學行為的實驗研究”，2014-2015，主持（已結題）10) 湖南大學交叉學科研究項目， “仿生高性能防護墻的試驗與理論研究”， 2013-2014，主持（已結題）11) 國家重點基礎研究發展計劃（973），2012CB026200，“應用FRP實現重大工程結構高性能與長壽命的基礎研究”－課題四“FRP及其增強結構在極端荷載下的動力響應及控制方法研究”，2012-2016，研究骨干（已結題）
英文SCI期刊 (*通訊作者)：1.Lawrence Szewciw, Deju Zhu, Francois Barthelat*. The nonlinear flexural response of a whole teleost fish: contribution of scales and skin. Journal of the Mechanical Behavior of Biomedical Materials, 76, 97-103, 2017.2.Deju Zhu*, Xiaotong Zhang, Yunfu Ou, Mengying Huang. Experimental and numerical study of multi-scale tensile behaviors of Kevlar 49 fabric. Journal of Composite Materials, 51(17), 2449-2465, 2017.3.Peng Liu, Deju Zhu*, Junwen Wang, Tinh Quoc Bui. Structure, mechanical behavior and puncture resistance of grass carp scales. Journal of Bionic Engineering, 14(2), 356-368, 2017.4.Yunxing Du*, Mengmeng Zhang, Fen Zhou, Deju Zhu. Experimental study on basalt textile reinforced concrete under uniaxial tensile loading. Construction and Building Materials, 138, 88-100, 2017.5.Yunfu Ou, Deju Zhu*, Mengying Huang, Hang Li. The effects of gage length and strain rate on tensile behavior of Kevlar 29 single filament and yarn. Journal of Composite Materials, 51(1),109-123, 2017.6.Yunfu Ou, Deju Zhu*, Hang Li. Strain rate and temperature effects on the dynamic tensile behaviors of basalt fiber bundle and reinforced composite. ASCE Journal of Materials in Civil Engineering, 28(10), 04016101, 2016.7.Yiming Yao, Deju Zhu*, Huaian Zhang, Gaosheng Li, Barzin Mobasher. Tensile behaviors of basalt, carbon, glass and aramid fabrics under various strain rates. ASCE Journal of Materials in Civil Engineering, 28(9), 04016081, 2016.8.Yunfu Ou, Deju Zhu*, Huaian Zhang, Yiming Yao, Barzin Mobasher, Liang Huang. Mechanical properties and failure characteristics of CFRP under intermediate strain rates and varying temperatures. Composites Part B, 95,123-136, 2016.9.Yunfu Ou, Deju Zhu*, Huaian Zhang, Liang Huang*, Yiming Yao, Barzin Mobasher. Mechanical characterization of the tensile properties of glass fiber and its reinforced polymer (GFRP) composite under varying strain rates and temperatures. Polymers, 8(5),196, 2016.10.Peng Liu, Deju Zhu*, Yiming Yao, Junwen Wang, Tinh Quoc Bui. Numerical simulation of ballistic impact behavior of bio-inspired scale-like protection system. Materials & Design, 99, 201-210, 2016.11.Mingxia Yao, Deju Zhu*, Yiming Yao, Huaian Zhang, Barzin Mobasher. Experimental study on basalt FRP/steel single-lap joints under different loading rates and temperatures. Composite Structures, 145, 68-79, 2016.12.Huaian Zhang, Yiming Yao, Deju Zhu*, Barzin Mobasher, Liang Huang*. Tensile mechanical properties of basalt fiber reinforced polymer composite under varying strain rates and temperatures. Polymer Testing, 51, 29-39, 2016.13.Peng Yin, Liang Huang*, Libo Yan, Deju Zhu. Compressive behavior of concrete confined by CFRP and transverse spiral reinforcement. Part A: experimental study. Materials and Structures, 49(3), 1001-1011, 2016. 14.Yunfu Ou, Deju Zhu*. Tensile behavior of glass fiber reinforced composite at different strain rates and temperatures. Construction and Building Materials, 96, 648-656, 2015.15.Liang Huang*, Xiaoxun Sun, Libo Yan, Deju Zhu. Compressive behavior of concrete confined with GFRP tubes and steel spirals. Polymers, 7, 851-875, 2015.16.Peng Liu, Tinh Bui-Quoc*, Deju Zhu*, Tiantang Yu, JW Wang, Shuihui Yin, S. Hirose. Buckling failure analysis of cracked functionally graded plates by a stabilized discrete shear gap extended 3-node triangular plate element. Composites Part B, 77, 179-193, 2015.17.Deju Zhu, Aditya Vaidya, Barzin Mobasher, S.D. Rajan*. Finite Element Modeling of Ballistic Impact on Multi-Layer Kevlar 49 Fabrics. Composites Part B, 56, 254-262, 2014.18.Deju Zhu, Lawrence Szewciw, Franck Vernerey, Francois Barthelat*. Puncture Resistance of the Scaled Skin from Striped Bass: Collective Mechanisms and Inspiration for New Flexible Armor Designs. Journal of the Mechanical Behavior of Biomedical Materials, 24, 30-40, 2013.19.Deju Zhu, Barzin Mobasher*, Aditya Vaidya, S.D. Rajan. Mechanical Behaviors of Kevlar 49 Fabric Subjected to Uniaxial, Biaxial Tension and In-plane Large Shear Deformation. Composites Science and Technology, 74, 121-130, 2013.20.Deju Zhu, Barzin Mobasher*, Juan Ermi, Saurabh Bansal, S.D. Rajan. Strain Rate and Gage Length Effects on Tensile Behavior of Kevlar 49 Single Yarn. Composites Part A, 43(11), 2021-2029, 2012. 21.Deju Zhu, Barzin Mobasher*, S.D. Rajan. Non-Contacting Strain Measurement for Cement-Based Composites in Dynamic Tensile Testing. Cement and Concrete Composites, 34(2), 147-155, 2012.22.Heide Humburg, Deju Zhu, Samia Beznia, Francois Barthelat*. Bio-inspired Tapered Fibers for Composites with Superior Toughness. Composites Science and Technology, 72(9), 1012-1019, 2012.23.Deju Zhu, Cesar Ortega, Ramak Motamedi, Lawrence Szewciw, Franck Vernerey, Francois Barthelat*. Structure and Mechanical Performance of a "Modern" Fish Scale. Advanced Biomaterials (Advanced Engineering Materials), 14(4), B185-B194, 2012. (封面論文)24.Deju Zhu, Chote Soranakom, Barzin Mobasher*, S.D. Rajan. Experimental Study and Modeling of Single Yarn Pull-out Behavior of Kevlar 49 Fabric. Composites Part A, 42(7), 868-879, 2011.25.Deju Zhu, Barzin Mobasher*, S.D. Rajan. Dynamic Tensile Testing of Kevlar 49 Fabrics. ASCE Journal of Materials in Civil Engineering, 23(3), 230-239, 2011.26.Deju Zhu, Barzin Mobasher*, S.D. Rajan, Pedro Peralta. Characterization of Dynamic Tensile Testing using Aluminum Alloy 6061-T6 at Intermediate Strain Rates. ASCE Journal of Engineering Mechanics, 137(10), 669-679, 2011.27.Deju Zhu, S.D. Rajan, Barzin Mobasher*, Alva Peled, Marc Mignolet. Modal Analysis of a Servo-hydraulic High Speed Testing Machine and Its Application to Dynamic Tensile Testing at an Intermediate Strain Rate. Experimental Mechanics, 51(8), 1347-1363, 2011.28.Deju Zhu, Alva Peled, Barzin Mobasher*. Dynamic Tensile Testing of Fabric-Cement Composites. Construction and Building Materials, 25(1), 385-395, 2011.29.Francois Barthelat*, Deju Zhu. A Novel Biomimetic Material Duplicating the Structure and Mechanics of Natural Nacre. Journal of Materials Research, 26(10), 1203–1215, 2011.30.Flavio Silva, Deju Zhu, Barzin Mobasher*, R.D. Toledo Filho. Impact Behavior of Sisal Fiber Cement Composites under Flexural Load. ACI Materials Journal, 108(2), 168-177, 2011.31.Flavio Silva, Marko Butler, Viktor Mechtcherine, Deju Zhu, Barzin Mobasher*. Strain Rate Effect on the Tensile Behaviour of Textile-Reinforced Concrete under Static and Dynamic Loading. Materials Science and Engineering: A, 528(3), 1727-1734, 2011.32.Viktor Mechtcherine*, Flavio Silva, Marko Butler, Deju Zhu, Barzin Mobasher, Shanglin Gao, Edith M?der. Behaviour of Strain-Hardening Cement-Based Composites under High Strain Rates. Journal of Advanced Concrete Technology, 9(1), 51-62, 2011. (年度最佳論文)33.Flavio Silva, Deju Zhu, Barzin Mobasher*, Chote Soranakom, R.D. Toledo Filho. High Speed Tensile Behavior of High Performance Sisal Fiber Cement Composites. Materials Science and Engineering: A, 527(3), 544-552, 2010.34.Deju Zhu, Mustafa Gencoglu, Barzin Mobasher*. Low Velocity Impact Behavior of AR Glass Fabric Reinforced Cement Composites in Flexure. Cement and Concrete Composites, 31(6), 379-387, 2009.35.Zhaohui Yang*, Utpal Dutta, Deju Zhu, Niren Biswas. Seasonal Frost Effects on the Soil-Foundation-Structure Interaction System. ASCE Journal of Cold Regions Engineering, 21(4), 108-120, 2007.
中文期刊1. 朱德舉*，張超慧，劉鵬. 天然和仿生柔性生物結構的設計. 復合材料學報（EI，已錄用）2. 朱德舉*, 黃蒙影. 不同標距及應變率下纖維絲間摩擦對Kevlar 49纖維束力學性能的影響. 實驗力學（EI，已錄用）3. 朱德舉*, 火興斐. 埋置深度對黃麻纖維束與水泥基體粘結性能的影響. 復合材料學報 （EI，已錄用）4. 朱德舉*, 高炎鑫. 碳纖維帶電熱地暖熱性能的優化分析. 湘潭大學學報（已錄用）5. 朱德舉*, 高炎鑫，李高升. 玄武巖織物增強水泥基復合材料拉伸力學性能. 湖南大學學報（EI，已錄用）6. 朱德舉*, 李向陽, 史才軍, 徐新華. 水泥基體中仿生鋼纖維的拔出試驗. 湖南大學學報（EI，已錄用）7. 朱德舉*, 張曉彤, 王潤建, 徐新華. Kevlar布層間及鋼板單搭接粘結性能的試驗研究. 湖南大學學報（EI，已錄用）8. 朱德舉*, 張曉彤, 張懷安, 歐云福, 徐新華. 不同應變率和溫度下AFRP力學性能試驗研究. 湖南大學學報, 44(7): 187-193, 2017（EI）9. 朱德舉*, 歐云福, 徐新華. 玻璃纖維束拉伸力學性能影響參數試驗研究. 湖南大學學報, 44(1), 118-124, 2017（EI）10. 劉賽，朱德舉*，李安令. 織物增強混凝土的研究與應用進展. 建筑科學與工程學報, 34(5):134-146, 201711. 朱德舉*, 李高升. 短切纖維及預應力對玄武巖織物增強水泥基復合材料拉伸力學性能的影響. 復合材料學報, 34(11):2631-2641, 2017（EI）12. 劉賽，朱德舉*，李安令，史才軍. 應變率和溫度對耐堿玻璃纖維織物增強水泥基復合材料彎曲力學行為的影響. 復合材料學報, 34(3):675-683, 2017（EI）13. 朱德舉*, 火興斐. 黃麻纖維束力學性能的尺寸和應變率效應. 復合材料學報, 34(2), 446-455, 2017（EI）14. 朱德舉*，姚明俠，張懷安，火興斐. 動態拉伸荷載下溫度對CFRP/鋼板單搭接剪切接頭力學性能的影響. 土木工程學報, 49(8), 28-35, 2016.（EI）15. 朱德舉*, 歐云福, 張曉彤, 黃蒙影. Kevlar 29纖維多尺度力學行為的試驗研究和有限元模擬. 工程力學, 33(9), 242-249, 2016.（EI）16. 朱德舉*, 歐云福. 應變速率和溫度對單束BFRP力學性能的影響. 建筑材料學報, 19(3), 491-496, 2016.17. 朱德舉*, 歐云福. 應變速率和溫度對玄武巖纖維束力學性能的影響. 建筑材料學報, 19(4), 742-745, 2016.（EI）18. 朱德舉*, 張曉彤, 歐云福, 黃蒙影. Kevlar 49單絲和單束的隨機破壞及有限元模擬. 復合材料學報, 33(1), 213-223, 2016.（EI）19. 朱德舉*, 歐云福. 標距和應變率對單束Kevlar 49纖維拉伸性能的影響. 復合材料學報, 33(2), 225-233, 2016.（EI）20. 朱德舉*, 張曉彤, 張懷安. 動態拉伸荷載下應變率和溫度對Kevlar 49芳綸纖維布增強環氧樹脂復合材料力學性能的影響. 復合材料學報, 33(3), 459-468, 2016.（EI）21. 劉鵬，汪俊文, 朱德舉*. 草魚鱗片的多級結構及力學性能. 復合材料學報，33(3), 657-665, 2016.（EI）22. 朱德舉*, 馬拓，劉賽，李航, 李安令, 劉洪彬, 劉寶株. 碳纖維帶電熱地暖性能的足尺試驗研究. 湖南大學學報，43(9)，144-150，2016.（EI）23. 朱德舉*, 馬拓, 劉武華. 碳纖維帶電熱技術的試驗研究. 湖南大學學報，43(5)，131-136，2016. （EI）24. 黃靚, 張懷安, 肖巖, 朱德舉*. CFRP在不同應變率和溫度下的力學性能試驗研究. 湖南大學學報, 43(3), 90-97, 2016.（EI）25. 史才軍*，何穩，吳澤媚，吳林妹，朱德舉，黃政宇，張家科. 纖維對UHPC力學性能的影響研究進展. 硅酸鹽通報，34(8), 2228-2236, 2015.

[教育背景]
博士(結構/材料工程), 亞利桑那州立大學, 美國, 2006–2009
Arizona State University, Tempe, AZ, USA
Ph.D., Civil Engineering (Structure & Material Engineering)；
博士研究生(巖土地震工程), 阿拉斯加大學, 美國, 2004–2005
Graduate study, Civil Engineering (Geotechnical Earthquake Engineering)；
本科和碩士(交通土建工程), 東北林業大學, 哈爾濱, 中國, 1997–2003
B.S.& M.S., Civil Engineering (Highway & Bridge Engineering) 以上老師的信息來源于學校網站，如有更新或錯誤，請聯系我們進行更新或刪除，聯系方式

湖南大學

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