深圳大学主页平台管理系统 zhouyingwu--英文主页--Scientific Research

周英武

Personal information

Highest Degree：Doctoral degree
Professional Title：Professor
Administrative Position：广东省滨海土木工程重点实验室主任
Academic Honor:
2012    Shenzhen Overseas High-Caliber Personnel Peacock Plan Level B
2013    Shenzhen University "Liyuan Outstanding Yung Scholar"
2016    National Outstanding Youth Science Fund Winners
2018    Shenzhen High-Caliber Personnel Local Leading Talents
2023    National Science Fund for Distinguished Young Scholars

Scientific Research

英文主页 - Scientific Research

Vertical Project

[1] 广东省基础与应用基础研究基金委员会,(2022B1515120007),高性能地聚物金属防腐涂层研发与应用,In research.
[2] 深圳市科创委,(JCYJ20210324095003010),基于大湾区地域特征的新型绿色节能材料与结构体系研究,In research.
[3] 国家重点研发计划,(2018YFE0125000),新一代绿色节能材料与结构,In research.
[4] 国家自然科学基金,(51622808),滨海FRP混凝土结构,Completed.
[5] 国家自然科学基金,(51878414),多重复材混合修复滨海劣化混凝土结构的高效增强机理与耐久性研究,In research.
[6] 国家自然科学基金,(51578338),FRP-再生骨料海砂混凝土组合结构的力学与抗震性能及耐久性研究,Completed.
[7] 国家自然科学基金,(51378314),FRP-混凝土界面剥离控制机理及其对结构加固性能二次提升研究,Completed.
[8] 国家自然科学基金项目-青年科学基金项目,(51108272),滨海环境侵蚀下FRP-混凝土界面粘结性能的劣化机理和耐久性,Completed.
[9] 国家自然科学基金,(51538007),CFRP阴极保护与结构加固“双重”修复下滨海钢筋混凝土结构性能,In research.
[10] 国家自然科学基金,(51520105012),约束应力与持荷作用下锈蚀钢筋-混凝土粘结滑移关系动力特性研究,In research.

Horizontal Project

[1] 深圳市建工集团股份有限公司,(KY2021)，针对混凝土裂缝的高韧性功能结构一体化防水修复水泥基材料研发与应用,In research.
[2] 深圳市建安（集团）股份有限公司,深圳大学国家发明奖团队辅助建安集团绿色建筑研究中心建设及发展开发,In research.
[3] 中建三局集团（深圳）有限公司,基于3D打印的饰面混凝土一体化施工技术研究,In research.
[4] 中建三局集团（深圳）有限公司,缓粘结预应力无梁楼板变形监测及控制研究,In research.
[5] 中广核研究院有限公司,(008-ZB-B-2022-C45-P.T.99-00182)，金属板击穿试验,In research.
[6] 深圳大学国家发明奖团队辅助建安集团绿色建筑研究中心建设及发展研究开发合同,In research.

Journal Paper

[1] Zhou Y W.Zhong Q L.Xing F.Sui L L.Huang Z Y.Guo M H*.Influence of cyclic loading on the tensile fracture characteristics of ultra-high performance engineered cementitious composites,Construction and Building Materials,2020-12-01.
[2] Guo M H.Hu B.Xing F.Zhou X Q.Sun M.Sui L L.Zhou Y W*.Characterization of the mechanical properties of eco-friendly concrete made with untreated sea sand and seawater based on statistical analysis,Construction and Building Materials,2020-10-01.
[3] Zhou Y W.Fu H K.Li P D.Zhao D B*.Sui L L.Li L.Bond behavior between steel bar and engineered cementitious composite (ECC) considering lateral FRP confnement: Test and modeling,Composite Structures,2020-07-01.
[4] Zhou Y W.He W L.Hu B*.Hu Z H.Performance of RC Precast Continuous Beams Incorporating New Strategy for Design and Allocating Connections,International Journal of Structural Stability and Dynamics,2020-05-01.
[5] Chen C.Yang Y.Zhou Y W.Chen X.Wu H.Sui L L.Li X*.Comparative analysis of natural fiber reinforced polymer and carbon fiber reinforced polymer in strengthening of reinforced concrete beams,Journal of Cleaner Production,2020-04-01.
[6] Xi B.Zhou Y W.Yu K Q.Hu B.Sui L L.Xing F*.Use of nano-SiO2 to develop a high performance green lightweight engineering composite containing fly ash cenospheres,Journal of Cleaner Production,2020-04-01.
[7] Yue Y C.Zhou Y W.Xing F.Gong G Q.Hu B.Guo M H*.An industrial applicable method to improve the properties of recycled aggregate concrete by incorporating nano-silica and micro-CaCO3,Journal of Cleaner Production,2020-03-01.
[8] Guo M H.Zhong Q L.Zhou Y W*.Hu B.Huang Z Y.Yue Y C.Influence of flexural loading and chloride exposure on the fatigue behavior of high-performance lightweight engineered cementitious composites,Construction and Building Materials,2020-02-01.
[9] Chen C.Yang Y.Yu J.Yu J.Tan H.Sui L L.Zhou Y W*.Eco-friendly and mechanically reliable alternative to synthetic FRP in externally bonded strengthening of RC beams: Natural FRP,Composite Structures,2020-02-01.
[10] Zhang W.Huang Z Y*.Fu Z X.Qian X D.Zhou Y W.Sui L L.Shear resistance behavior of partially composite Steel-Concrete-Steel sandwich beams considering bond-slip effect,Engineering Structures,2020-02-01.

Conference Papers

[1] Xi B.Zhou Y W.Sui L L.Li P D.Chen C.Hu B.Development of high strain-hardening lightweight engineered cementitious composites,,.
[2] Huang X X.Zhou Y W*.Time-dependent reliability analysis of FRP reinforced concrete beams considering material deterioration and stochastic loading,,.
[3] Li P D.Wu Y F.Jiang C.Zhou Y W.Xing F.Experimental study of actively and passively confined concrete subjected to cyclic axial compression,,.
[4] Li P D.Xing F.Han N X.Zhou Y W.Axial stress-strain behaviour of pre-damaged square concrete column repaired with FRP jackets,,.
[5] Zhou Y W.Ma S.Sui L L.Wu Y F.An innovated model for constitutive relationship of concrete materials,,.
[6] 隋莉莉.刘铁军.李井超.周英武.应力腐蚀下FRP加固混凝土柱的耐久性研究,,.
[7] 王苏岩.周英武.刘贵.GFRP-高强混凝土界面应变分布,,.
[8] 周英武.王苏岩.李宏男.CFRP加固高强混凝土梁抗剪性能的试验研究,,.

Patent Authorization

[1] PCT Applications，预应力FRP加固结构的预警装置及延性调控方法
[2] Invent，具有良好耐久性能的复合磷铝酸盐粘结剂及其粘结方法，ZL201310386835.0
[3] Invent，一种有效提高焊接质量兼延性破坏特征的栓钉剪力键，ZL201410206162.0
[4] Invent，一种钢筋本构关系试验装置与方法，ZL201510128033.9
[5] Invent，一种CFRP阳极的钢筋混凝土阴极保护装置和方法，ZL201610950990.4
[6] Invent，一种混凝土组合连梁，ZL201610068958.3
[7] Invent，预应力FRP加固结构的双杆预警装置及延性调控方法，ZL201811283915.2
[8] Utility Models，一种新型FRP管-轻质混凝土-型钢组合构件，ZL 201420742086.0
[9] Utility Models，一种混凝土试样在应力作用下腐蚀试验的加载装置，ZL 201420797285.1
[10] Utility Models，钢筋-混凝土粘结试样在应力作用下腐蚀试验的加载装置，ZL 201420797164.7