澳门威斯人游戏平台

澳门威斯人游戏平台: 特聘研究员

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澳门威斯人游戏平台:周满

发布日期:2021-04-29 作者: 来源: 点击数:


【个人简介】:

基本信息:周满,男,1988年出生,江苏淮安人,博士,特聘教授,硕/博士生导师。2017年毕业于东南大学&京都大学(Joint PhD Programme),获结构工程博士学位。201604月至今,受聘于日本京都大学土木与地球资源工程学院担任客座研究员(Guest Professor)。201704-2018.01月,受聘于埃及Tanta University工程学院高级研究员。201801月至202012月受聘于中南大学土木工程学院从事教学与科研工作。202101-至今,担任澳门威斯人游戏平台特聘教授职位。任美国土木工程师协会ASCE Member、美国混凝土协会ACI Member、日本土木工程师协会JSCE Member、日本波形钢腹板合成构造研究协会Corrugated Steel-Web Bridge Association等国际学术组织会员,为国家自然科学基金通讯评审专家及湖北省、湖南省科技专家库专家,国家公派出国留学评审专家,河南省“双千双进”入库专家。主持国家自然科学基金项目、省自然科学基金项目、中国中铁科技创新项目及高层次人才引进项目等科研课题5项。近五年(20162021)在土木工程国际顶级SCI期刊ASCE Journal of Structural Engineering、ASCE Journal of Bridge Engineering、ASCE Journal of Construction Engineering and Management、ACI Structural Journal、Engineering Structures、Thin-walled Structures等发表学术论文70余篇。

联系方式:Email:civilzm1988@163.com Mobile:152-5186-7705


【研究方向】:新型钢-混组合结构、混凝土及预应力混凝土结构、薄壁结构、仿生结构、纤维增强水泥基复合材料

【主讲课程】:钢结构设计原理 、《组合结构设计原理》、《装配式建筑》、《土木工程结构试验》

【科研项目】:

1. 主持国家自然科学基金面上项目考虑剪力修正的变截面波形钢腹板PC组合梁的受剪性能研究52278209

对于变截面波形钢腹板PC组合梁桥,体外预应力的竖向分量、水平分量及反向弯矩均会产生附加剪应力。Resal效应对变截面钢腹板的受剪具有正、负两方面影响,首次发现Resal负效应的存在,提出了考虑Resal效应和体外预应力修正剪力法。

2. 主持国家自然科学基金青年科学基金项目考虑Resal效应影响的变截面波形钢腹板PC组合梁桥的力学性能研究51808559

考虑Resal效应、褶皱效应及预应力作用,建立变截面波形钢腹板PC组合梁剪应力解析计算公式与简化计算方法,建立变截面波形钢腹板组合箱梁约束扭转及畸变应力的计算方法,利用精细化有限元分析模型准确预测结构发生非线性剪切屈曲时的几何模态、破坏位置及临界载荷。

3. 主持湖南省自然科学基金青年科学基金项目变截面波形钢腹板PC组合梁桥的受剪性能研究2019JJ50770

通过试验及理论研究,揭示变截面波形钢腹板组合梁剪应力分布规律及剪力传递机理,基于ABAQUS有限元程序,引入初始缺陷及材料、几何非线性对变截面波形钢腹板组合梁的剪切屈曲进行分析。

4. 主持中国博士后基金面上项目“大跨度变截面波形钢腹板PC组合箱梁桥的受力性能研究”(2022M722481

针对大跨径变截面波形钢腹板PC组合梁负弯矩区顶底板受弯性能及波形钢腹板剪切屈曲性能开着数值和理论研究,提出取消体外预应力布置,换成内置横隔板水平体内束,有利于改善倾斜底板受力,并研究内衬混凝土组合腹板的抗剪强度计算理论,指导工程设计。

5. 主持中央高校基本科研业务费专项资金项目“大跨径变截面波形钢腹板PC组合梁桥的受剪性能研究”(2042023kf0171

通过某跨径为60+90+60 m的变截面变截面波形钢腹板PC组合梁桥施工全过程(悬臂施工/预应力张拉/体系转换/二期恒载)的受剪性能开展研究,分析了不同施工阶段截面剪应力迁移规律及其影响因素,揭示Resal效应和截面内力组合和截面变化情况的关系,建立倾斜翼缘和腹板协调抗剪分析模型。

6. 参与国家自然基金面上项目变截面波形钢腹板组合梁的剪切变形及剪切屈曲研究51478107)(导师:张建东教授,千人计划)

变截面波形钢腹板剪应力及其分布推导;剪切变形与弯曲变形的理论计算公式推导;剪切屈曲临界荷载计算公式推导;研究内衬混凝土腹板的剪力传递机理与承载力设计方法;变截面波形钢腹板组合梁非线性剪切屈曲分析。

7. 参与日本基盤研究(A干湿交替环境下氯离子在开裂混凝土结构中的传输路径及机理研究日本学术振兴会JSPS科研费15H02261)(合作研究者:京都大学白土博通教授、安琳副教授)

研究荷载作用开裂混凝土/砂浆试件体积应变及开裂程度的统表征方法,并通过多组试验及有限元程序研究干湿交替环境下氯离子在不同开裂程度的混凝土结构中的传输机理。

8. 参与国家自然基金面上项目一体化仿生蜂窝复合材料的力学特性研究51173026)(合作研究者:东京大学JSPS研究员陈锦祥教授)

基于扫描电镜SEM观测,发现在独角仙鞘翅内部存在带小柱状一体化蜂窝板微观结构,开发了成套模具,利用短切玄武岩纤维-环氧树脂复合形成一体化蜂窝板,分析工艺孔朝向对仿生板受弯性能的影响。

9. 主持江苏高校优势学科建设工程基金项目大跨径变截面PC波形钢腹板组合箱梁受剪性能及屈曲破坏机理研究CE02-1-12

基于变截面梁的Resal效应研究了变截面PC箱梁的受剪性能,利用Riks算法实现试验梁线弹性变形过程-混凝土开裂-达到屈曲(服)临界点-屈曲(服)后的结构塑性变形全过程仿真模拟。

10. 主持中国中铁南昌洪都大道宽幅箱梁多机同步拼装施工关键技术研究

开展标准跨和加宽跨短线预制梁桥复杂施工条件下多台架桥机同步架设施工方法研究,通过拉压杆模型研究了长悬臂宽体横梁的设计方法,研究了体系转换过程中主梁-吊杆-架桥机的协同受力性能。

11. 主持芜湖长江公路二桥接线节段预制顶板加劲式PC宽体箱梁的横向受力分析

拟根据芜湖长江公路二桥引桥的设计方案,对节段预制顶板加劲式PC宽箱梁进行车辆荷载作用下横向受力分析,对挑肋的合理设置间距及构造进行优化,提出挑梁中应力集中明显,需配置横向预应力,且若设计合理可取消跨中部分挑梁。

12. 参与宁波市奉化江大桥波形钢腹板自承式异步施工Rap-con/RW

通过1:1波形钢腹板模型试验,模拟异步悬臂浇筑施工过程中最不利荷载工况下单块波形钢腹板的受力特性,实测变形与应力状况,揭示施工过程中抗剪连接件受力性能及传力机理,为施工方案提供指导。

13. 参与节段预制组合梁桥关键构造及结构特性研究

开展波形钢腹板组合梁桥节段预制拼装施工技术研究,通过足尺模型试验对施工全过程进行了预演,并基于缩尺模型试验研究了梁段成型工艺、体内外预应力配束比、剪力连接形式等因素对节段梁受弯性能的影响。

14. 主持音乐路面的发声机理及其应用研究

研究几种典型音乐路面形式的发音机理,揭示车速、轮压及凹槽的分布对产生音乐的音调和音色的影响。给出音乐路面的合理布置位置,以减少事故多发路段交通事故的发生。

【代表性学术论文(一作/通讯)】:

[1] YK Cheng, Man Zhou*, JD Zhang. Shear   Performance of Tapered Box Girders with Corrugated Steel Webs in Extradosed   Cable-stayed Bridges under Cable Forces. Engineering Structures.   2024, 310, 118107.

[2] Man Zhou*,   X Peng*. Shear behavior of prismatic and tapered prestressed concrete girders   with corrugated steel webs exposed to vehicle fire. Engineering   Structures. 2024, 308, 118004.

[3] XL Su, Man Zhou*. Normal stress analysis of   tapered cantilever girders with CSWs under eccentric loading. Journal   of Constructional Steel Research. 2024, 216, 108585.

[4] JL Chai, Man Zhou*, YF Zhang. Radial force   analysis of long span bridge with trapezoidally corrugated steel webs. Thin-Walled   Structures. 2024. 198, 111720.

[5] Man Zhou*,   Fei Wang. Mechanical Performance of Concrete-encased Prismatic Girders with   Corrugated Steel Webs. Engineering Structures. 2024, 303,   117559.

[6] XL Su, Man Zhou*. Deflection of prismatic and   tapered girders with CSWs caused by external prestressing. Journal of   Constructional Steel Research. 2024, 214, 108479.

[7] Z Zhu, Man Zhou*, B Wang*, X Xu. Enhancing   Permeability and Mechanical Properties of Rubber Cement-based Materials   through Surface Modification of Waste Tire Rubber Powder. Construction and   Building Materials. 2024, 425(26): 136098.

[8] F Xu, YK Cheng, KJ Wang, Man Zhou*.   Transverse Analysis of Box Girders with Corrugated Steel Webs. Buildings.   2024, 14, 574.

[9] B Wang, Y Xue, Man Zhou*. Interface Space-time   Slip Behavior of Prefabricated Composite Beams under Fatigue Loading. Journal   of Constructional Steel Research. 2024, 213, 108358.

[10] ZR Zhu, YY Lu, Man Zhou*. Enhancing   Performance of Rubber Mortar and Water Pollutant Capture via Fast and Facile   Modification of Recycled Waste Rubber Particles. Construction and   Building Materials. 2024, 411, 134295.

[11] XY Li, LF Li, Man Zhou*, S Wan, JB Chen, AH   Kang. Refined beam finite element model for thin-walled multi-cell box   girders considering distortion and secondary distortional moment deformation   effect. Engineering Structures. 2023.

[12] Man Zhou,   XL Su*. Shear Stress Migration in a Tapered Girder with Trapezoidal   Corrugated Steel Webs. Journal of Constructional Steel Research.   2024. 212. 108216.

[13] QB Li, Man Zhou*. Natural frequencies of   Prismatic and Tapered Composite Girders with Corrugated Steel Webs.   Thin-Walled Structures. 2023. 111250.

[14] XL Su, Man Zhou*, KA Tanwari.   Deformation of the tapered box girder with trapezoidal corrugated steel webs   considering Resal effect: theory, experiments, and numerical simulations. ASCE   Journal of Bridge Engineering. 2023.

[15] ZR Zhu, YY Lu*, Man Zhou*. A functionalized   waste tire rubber powders for mitigating leaching of heavy metal ions and   enhancing photocatalytic properties of rubberized cement mortar. Journal   of Building Engineering. 2023, 78, 107749.

[16] X Peng, Man Zhou*. Thermo-mechanical behavior   of composite beams with corrugated steel webs exposed to localized fire.   Journal of Constructional Steel Research. 2023, 211, 108180.

[17] XL Su, Man Zhou*. Shear force transfer   efficiency of tapered bridges with trapezoidal corrugated steel webs. Journal   of Constructional Steel Research. 2023, 211, 108135.

[18] QB Li, Man Zhou*. Study on the natural   frequency of box girders with corrugated steel webs. Journal of   Constructional Steel Research. 2023, 211, 108123.

[19] ZR Zhu, YY Lu*, Man Zhou*. Surface   modification of recycled tire rubber powders with Tannic acid and Nano-TiO2   for enhanced performance and photocatalytic properties of Rubberized Cement-Based   materials. Construction and Building Materials. 2023, 399,   132607.

[20] XL Su, Man Zhou*, JT Zhong. Experimental   investigation of a precast segmental twin-deck box girder bridge   simultaneously erected with double bridge erection gantries. Structural   Concrete. 2023. 24(4), 4492-4503

[21] YK Cheng, HY Zhuang, Man Zhou*, JH Zhang, and   Q Wang. Fuzhou–Xiamen high-speed railway: a new paradigm for China’s   cross-sea railways. ICE-Civil Engineering, 2023, 1-8.

[22] XL Su, Man Zhou*, YY Lu. Study on the shear   behavior of prismatic and tapered continuous beams with corrugated steel webs   under external prestressing force. ASCE Journal of Bridge Engineering.   2022.82(2).

[23] XL Su, Man Zhou*. Shear Behavior of Prismatic   and Nonprismatic Beams with trapezoidal steel web corrugations Considering   Secondary Internal Force Induced by External Prestressing. Structures.   2023, 638-647

[24] XL Su, Man Zhou*, KA Tanwari. Shear   performance of prismatic and tapered beams with corrugated steel webs under   external prestressing force. Thin-walled Structures. 2022, 180,   109926

[25] XL Su, Man Zhou*. Analysis of shear stresses   in tapered beams under bending, shear and axial force. Structures.   2022, 41: 849-865.

[26] M. F. Hassanein, Yu-Mei Zhang, Yong-Bo Shao, Man   Zhou*. New AISC and EC3 Design for S690 Plate Girders at Elevated   Temperatures. Journal of Constructional Steel Research. 2022.   194. 107313.

[27] AR Elsisy, YB Shao, Man Zhou*, M.F.   Hassanein. A study on the compressive strengths of stiffened and unstiffened   concrete- filled austenitic stainless steel tubular short columns. Ocean   Engineering. 2022. 248, 110793

[28] Man Zhou,   XC Chen, L He*, FAK Ouedraogo. Dual-Attitude Decision-Making Processes of   Construction Worker Safety Behaviors: A Simulation-Based Approach. International   Journal of Environmental Research and Public Health. 2022, 19, 14413.

[29] Man Zhou,   S Li*. Shear performance of tapered beams with concrete flanges and corrugated   steel webs: theory, experiments and numerical simulations. ASCE Journal   of Structural Engineering. 2021, 147(7)

[30] Man Zhou*,   L An. Full-range shear behavior of a nonprismatic beam with trapezoidally   corrugated steel webs: experimental tests and FE modeling. ASCE Journal   of Structural Engineering.  2020, 146(8): 04020162.

[31] Man Zhou*,   JD Zhang, JT Zhong, Y Zhao. Shear stress calculation and distribution in   variable cross section of box girder with corrugated steel webs. ASCE   Journal of Structural Engineering. 2016,142(6): 04016022.

[32] Man Zhou*,   JC Liao, L An. Effect of multiple environmental factors on the adhesion and   diffusion behaviours of chlorides in a bridge with coastal exposure: A   long-term experimental study. ASCE Journal of Bridge Engineering.   2020. 25(10): 04020081.

[33] Man Zhou*,   JC Liao, L An. Shear properties of tapered box girders with steel trapezoidally   corrugated webs considering Resal effect. ASCE Journal of Bridge   Engineering. 2019, 25(1), 04019126.

[34] Man Zhou*,   Z Liu, JD Zhang, H Shirato. Stress analysis of linear elastic non-prismatic   concrete-encased beams with corrugated steel webs. ASCE Journal of   Bridge Engineering. 2017, 22(6), 04017012.

[35] Man Zhou*,   JD Zhang, DY Yang, MF Hassanein, L An. Transverse analysis of a prestressed   concrete wide box girder with stiffened ribs. ASCE Journal of Bridge   Engineering. 2017, 22(8), 04017046.

[36] Man Zhou*,   YY Liu, KJ Wang, MF Hassanein. New asynchronous pouring rapid construction method   for long span PC box girder bridges with corrugated steel webs. ASCE Journal   of Construction Engineering and Management. 2019. 146(2), 05019021.

[37] Man Zhou,   JT Zhong*, L Wang, HT Chen. Application of the evaluation system for the strut-and-tie   models of reinforced concrete structures. ACI Structural Journal.   2021. 118(1):17-30

[38] Man Zhou*,   HY Fu, XL Su, L An. Shear performance analysis of a tapered beam with   trapezoidally corrugated steel webs considering the Resal effect. Engineering   Structures. 2019. 196: 109295

[39] Man Zhou,   YY Liu, WQ Deng*, MF Hassanein, H Zhang. Transverse analysis of full-scale precast   segmental box girder segments with corrugated steel webs: experimental tests   and FE modelling. Engineering Structures. 2019, 187: 231-241.

[40] Man Zhou*,   Z Liu, JD Zhang, L An, ZQ He. Equivalent computational models and deflection   calculation methods of box girders with corrugated steel webs.   Engineering Structures. 2016, 127: 615-634.

[41] Man Zhou,XN Shang, MF Hassanein, LY Zhou*. The differences in   the mechanical performance of prismatic and non-prismatic beams with   corrugated steel webs: A comparative research. Thin-Walled Structures.   2019, 141: 402-410.

[42] Man Zhou*,   DY Yang, JD Zhang, L An. Stress analysis of linear elastic non-prismatic   beams with corrugated steel webs. Thin-Walled Structures. 2017,   119: 653-661.

[43] Man Zhou*, Z Liu, JD Zhang, L An. Deformation analysis of a   non-prismatic beam with corrugated steel webs in the elastic stage. Thin-Walled   Structures. 2016, 109: 260-270.

[44] Man Zhou, J Xie, JX Chen*, WY Tuo. The influence of   processing holes on the flexural properties of biomimetic integrated   honeycomb plates. Materials & Design. 2015, 65: 404-410.

[45] Man Zhou*, DQ Huang, XL   Su, JT Zhong, MF Hassanein, L An. Analysis of microstructure characteristics   and mechanical properties of beetle forewings, Allomyrina dichotoma. Materials   Science & Engineering C. 2020, 107, 110317.

[46] Man Zhou*,   JC Liao, L An, W Deng, MF Hassanein, ZW Yu. Analysis of stress-induced cracks   in concrete and mortar under cyclic uniaxial compression. Construction   and Building Materials, 2018, 187, 652-664.

[47] Man Zhou*,   Z Shao, MF Hassanein. Bending behaviour of reinforced concrete/ engineered   cementitious composite beams. Magazine of Concrete Research. 2021.   73(16): 810-818.

[48] Man Zhou,   XL Su*, YY Chen, L An. Mechanical performance of a beam with corrugated steel   webs inspired by the forewing of Allomyrina dichotoma. Structures.   2021. 29: 741-750.

[49] Man Zhou,   JC Liao, JT Zhong, L An, HB Wang*. Unified calculation formula for predicting   the shear stresses in prismatic and non-prismatic beams with corrugated steel   webs. Structures. 2021. 29:507-518.

[50] Man Zhou*,   HY Fu, L An. Distribution and properties of shear stress in elastic beams   with variable cross section: theoretical analysis and FE modelling. KSCE   Journal of Civil Engineering. 2020.24 (4):1240-1254

[51] Man Zhou*,   XL Su, JS Lei, SJ Fang. Foundation reinforcement and deviation rectifying of   the leaning pagoda of Dinglin Temple. ICE-Geotechnical Engineering.   2020,173(6):473-484.

[52] Man Zhou,   HY Zhuang*, SJ Fang. Innovations at Beijing Daxing International: the world’s   biggest airport terminal. ICE-Civil Engineering. 2020. 173(3):113-118.  

[53] Man Zhou,   XL Su*, Lin An. Rapid construction of and advanced technologies used in China's   Huoshenshan hospital for combating COVID-19. ICE-Civil Engineering.   2021, 174(1): 29-34.

[54] Man Zhou*,   HY Zhuang, L An. Xuhong bridge: a long span wooden arch bridge with glued   laminated timber. Structural Engineering International. 2021,   31(1):60-64.

[55] Man Zhou*,   DQ Huang, YQ Hu, LY Zhou, L An. Musical roads: design, construction and   potential economic and safety benefits. ICE-Transport. 2021.   175(1): 34-42.

[56] Man Zhou*,   JD Zhang, L An, T Li. Spanning over 1400 years: China’s remarkable Zhaozhou   Bridge. ICE-Civil Engineering. Thomas Telford Ltd, 2017 :113-119.  

[57] Man Zhou*,   DY Yang, JD Zhang, MF Hassanein. Failure analysis of high strength bolts in   steel truss bridges. ICE-Civil Engineering. 2017, 170(4),   175-179.

[58] Man Zhou,   XL Su*, JT Zhong, MF Hassanein.New technologies and challenges in the   construction of the immersed tube tunnel of the Hong Kong-Zhuhai-Macao link. Structural   Engineering International. 2021

[59] Man Zhou,   YH Peng*, L An. Technical advances, innovation and challenges of developing high-speed   rail in China. ICE- Civil Engineering. 2022. 175(2): 79-86

[60] Man Zhou,   HY Zhuang, CQ Li, XL Su. Xiong’an station, China – how the largest station in   Asia was built in just 2 years. ICE- Civil Engineering. 2022. 175(3):   113-118

[61] ZM Tang, X Peng, Man Zhou*, XL Su, Lin An.   Wufengshan Expressway: a review of systems on China’s first intelligent   highway. ICE-Civil Engineering. 2023. 176(2): 81-84

[62] S. Zheng, Q Shen, C Guan, H Cheng, H Zhuang, Man   Zhou*. Semi-Active Control of Seismic Response on Prestressed Concrete   Continuous Girder Bridges with Corrugated Steel Webs. Applied Science,   2022, 12, 12881.

[63] De Zhou, Man Zhou*. Mathematical Model and   Optimization Methods of Wide-scale Pooled Sample Testing for COVID-19. Mathematics.   2022. 10(7), 1183.

[64] LL Pan, Man Zhou*, HY Zhuang, J Wang.   Construction Forms and Seismic Performance of the Ancient Chinese Buildings   Joined by Tenon–Mortise Joints. Applied Science,   2022, 12, 7505.

[65] HY Zhuang, Man Zhou*, CQ Li. Study on the   Mechanical Properties of Novel Wide Box Girders Stiffened by Transverse Ribs   under a Temperature Effect. Structure and Infrastructure Engineering.   2022

[66] JT Zhong, HY Zhuang, PX Shiyang, Man Zhou*. Experimental   and numerical analysis of crack propagation in reinforced concrete structures   using a three-phase concrete model. Structures, 2021,33:   1705-1714.

[67] HY Zhuang, SJ Fang, Man Zhou*, MF Hassanein. Numerical   Study on the Mechanical Properties of the Novel Wide Box Girders Stiffened by   Transverse Ribs. KSCE Journal of Civil Engineering. 2021, 25,   3448–3457.

[68] WQ Deng, JD Zhang, Man Zhou*, MF Hassanein, D   Liu, HH Zheng. Flexural behavior of segmental prestressed composite beams   with corrugated steel webs. Magazine of Concrete Research. 2020,   72(11), 578-594.

[69] KJ Wang, Man Zhou*, MF Hassansin, JT Zhong,   HS Ding, L An. Study on elastic global shear buckling of curved girders with   corrugated steel webs: Theoretical analysis and FE modelling. Applied   Sciences-Basel. 2018, 8(12), 2457.

[70] KJ Wang, Man Zhou*, MF Hassanein. Shear   buckling and design strength study of curved girders with corrugated steel   webs. ICE-Structures and Buildings, 2019, 172(9): 649-660.

[71] WQ Deng, Man Zhou*, JD Zhang, L An. Growth of   prestressed concrete bridges with corrugated steel webs in China. ICE-Civil   Engineering. 2018, 171(2), 77-84.

[72] XL SU, Man Zhou*, YY Chen. Infection prevention   and control measures against COVID-19 undertaken in China. Disaster   Medicine and Public Health Preparedness. 2020.

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