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胡红梅
发布时间:2015年06月11日 23:01 点击数:

  

姓名:胡红梅

部门: 土木工程系

职称:教授

自我介绍:

简历:

教育背景:19827月本科毕业于武汉理工大学胶凝材料与制品专业,20029月获武汉理工大学材料学硕士学位。

工作简历: 198211月~20009月,先后在长春建材工业学校和武汉科技大学任教; 200010至今,在厦门大学从事教学与科研工作,现为厦门大学土木工程系教授兼建筑材料实验室主任。

学术兼职:

(1)全国墙体屋面及道路用建筑材料标准化技术委员会委员;

(2)全国高校建筑材料学会理事;

(3)厦门市绿色建筑与建筑节能委员会委员;

4)厦门市硅酸盐学会委员等。

研究方向与教学领域:

研究方向:高性能混凝土、海洋环境钢筋混凝土耐久性、新型建筑材料、固体废弃物建材资源化利用。

教学领域:土木工程材料、新型建筑材料、混凝土新技术等。

主要成果:

科研项目:主持承担和参与完成国家十五重点科技攻关、国家“863”计划、国家科技支撑计划、国家自然科学基金等国家级、省级科研项目和多项横向课题研究。正在参与国家自然科学基金项目混凝土中钢筋钝化与去钝化机理的研究,主持承担厦门市建设科技计划项目减水剂对预拌混凝土收缩变形的影响与混凝土减缩优化设计高品质粉煤灰的制备及其产品的研发等横向项目的研究工作。对高性能混凝土的材料组成、制备与性能,特别对海洋环境条件下钢筋混凝土的耐久性以及粉煤灰、硅灰、矿渣粉、废弃石粉、牡蛎壳等固体废弃物在建筑材料中的资源化利用进行了基础研究和应用开发工作。

论文专著:从教以来,现已在国内外学术刊物和会议上发表研究论文40余篇,其中被三大权威检索SCIEIISTP收录10余篇,参编教材一本,主编专著一部。主要代表作有:

1)矿物功能材料对混凝土氯离子渗透性的影响[J]2004.3.在《武汉理工大学学报》期刊上发表,EI收录。

2The influence of mineral function materials on chloride ion penetration of concrete[J].2005.3.在《JOUNAL OF WUHAN UNIVERSITY OF TECHNOLOGY – MATERIALS SCIENCE EDITION2005 NO.1,Vol.20,sum.66(《武汉理工大学学报-材料科学版》英文)期刊上发表,同时被SCIEI收录

3)矿物功能材料的Cl-结合能力[J]2004.12.在《建筑材料学报》2004年第4期上发表,EI收录。

4)天然硬石膏的活性激发与改性研究[J]1998.4.在《新型建筑材料》期刊上发表,EI收录

5)萘系高效减水剂的优化合成与改性[J],在《武汉理工大学学报》2005年第9期上发表,EI收录

6Research on marine concrete material of anti-chloride ion penetration[A]. 2004.8.PROCEEDING OF THE EIGHTH INTERNATIONAL SYMPOSIUM ON STRCTURAL ENGINEERING FOR YOUNG EXPERTS, Volume 2同时被SCIISTP收录

7)萘系高效减水剂的优化合成与改性[J],武汉理工大学学报,20059:38-41EI收录

8)海底隧道衬砌混凝土抗蚀影响因素分析与模拟[J],武汉理工大学学报,20073:46-49EI收录

9)影响地下隧道衬砌混凝土抗蚀性因素的优化设计(英文)[J],硅酸盐学报,20081:99-104EI收录。

10Experimental research on compatibility between underwater anti-washout admixture and superplasticizer [J]. Key Engineering Materials, Vol.477,2011:190-199EI收录。

11Optimization of properties of non-dispersible underwater concrete [A]InJie Li, Ying Lei, Zhishen Wu, Reuifeng Liang. Innovation & Sustainability of Structures: Proceeding of the International Symposium on Innovation & Sustainability of Structures in Civil Engineering,Vol.1[C].Nanjing, China, SOUTHEAST  UNIVERSITY  PRESS. 2011(10):721-729.

12)参编教材:《建筑功能材料》。

13)主编专著:《混凝土矿物掺合料》。

学术讲座:

荣誉获奖:

120108月,荣获首届全国大学生混凝土材料设计大赛“优秀指导教师”称号。

2201312月,作为教学质量工程项目负责人和土木系其他三位教师共同荣获厦门大学第七届教学成果奖二等奖。

320144月,荣获第三届全国大学生混凝土材料设计大赛优秀指导教师称号。

4201410月,荣获厦门大学2014我最喜爱的十位老师称号。

联系方式:E-mail: hhm@xmu.edu.cnhhmxm2002@163.com

Fax: 0592-2188958

Name:  Hu,Hong Mei

Gender: female

Degree: master degree

Title:professor

Research Interests: High performance concrete  The durability of reinforced concrete under the Marine environment

Courses Taught: 

civil engineering materialsbuilding material

New Building MaterialsThe New Concreteetc.

Office: A-506 of Ceng-Kui,Zeng building

Tel(O):

Email:  hhm@xmu.edu.cn

Education Background: Graduated from the Gelling materials

and products of Wuhan University of Technology in July 1982.

Obtain the master degree of materialogy from Wuhan University of Technology in July 2002

Professional Experience: Dating November, 2000 to September

1982, teaching in changchun building materials industrial

school and wuhan university of science and technology successively. In October 2000, is engaged in the teaching and scientific research work in xiamen university.

Honors and Awards: 

1In August 2010, won the "good teachers" title of the first national college students' concrete material design competitionResearch Grants:

2In December 2013, as the teaching quality of engineering project director and other three teachers common civil department won the second prize of "xiamen university teaching achievement prizes at the 7th".

3In April 2014, won the third session of the national college students concrete material design competition "good teachers" title.

4In October 2014, won the xiamen university in 2014 "ten of my favorite teachers" title.

Research Grants: Presided over the commitment and completed a number of national, provincial and combined with the enterprise lateral longitudinal subject research, the constituent materials, preparation and properties of high performance concrete, especially to the Marine environment under the condition of the durability of reinforced concrete and fly ash, silica fume, slag powder, waste stone powder, oyster shell, living garbage incineration ash and other solid waste in of resource-oriented utilization in building materials for the study of basic research and application development.

Research results mainly includes:

(1)   2005.11-2007.5, the national "863" project "long-life high impermeability large diameter tunnel tube sheet material structure design and engineering applications," the sub "key technologies segment of high corrosion" presided over the completion.

(2)   2005.12-2008.12, presided over the completion of construction in 2005 Fujian Provincial Department of Science and Technology Project "High Performance NDC ultra-fine aggregate concrete research" project.

(3)   2006.1-2007.12, participated in the National Natural Science  Foundation of major international collaborative research project "Reinforcement corrosion mechanism and research methods in concrete" part of the research work.

(4)   2007.1-2010.12, participated in the National Science and  Technology Support Program "Corrosion and Protection of marine engineering structures inspection, monitoring technology and application" part of the research work.

(5)   2005.7-2007.7, presided over the completion of "3C's laminated shell around the mechanical behavior of the material properties and structural analysis of plastic architecture" project, made by Taiwan Pulp Industry Co., Ltd. funding.

(6)   2005.7-2007.12, presided over the completion of "East Lansing silica fume applied research in marine concrete" project, from East Lansing Chengdu Science and Technology Development Co., Ltd. funding.

(7)   2009.3-2010.3, presided over the completion of "developed  granite powder residue utilization of aerated concrete preparation key technology and its products" project, by the evergreen Building Materials Development Co., Ltd. in Xiamen City funding.

(8)   2009.3-2011.5, presided over the completion of "theoretical basic research oyster shell calcium preparation of cementitious materials" project, funded by the Zhaoan County, Fujian Province Ocean and Fishery Bureau.

(9)   2010.7-2016.1, presided over the commitment "R & D and product preparation of high quality fly ash", funded by the Xiamen benefits of fly ash material limited liability company.

(10)  2011.1.1 ~ 2013.12.31, participated in "Reinforced Concrete Passivation and depassivation mechanism" by the National Natural Science Foundation of China.

(11)  2011.10-2014.9, presided over the commitment of Xiamen City Construction Technology Program "water reducing shrinkage deformation of ready-mixed concrete and concrete impact on the reduction optimal design."

(12)   2013.6-2015.6, presided over the commitment "garbage incineration ash resource utilization technology research," by Fujian Takimoto Cheng Construction Group Co. funding.

Publications(Journal Articles, Books and Translated Books)

Thesis writing: research has been published more than 40 papers, which were collected by SCI, EI and ISTP more than 10 papers, edited textbooks and monographs edited each one. Main works published over the past decade as follows:

[1] HU Hongmei, MA Baoguo. The influence of mineral function materials on chloride ion penetration of concrete [J]Journal of wuhan university of technologyVol.26, No.3, 20043 :19-22EI included04268238771

[2] HU Hongmei, MA Baoguo. Research on marine concrete material of anti-chloride ion penetration[J]Journal of building materialsVol.7, 20044:406-410EI included05068829826

[3] HU Hongmei, MA Baoguo. The influence of mineral function materials on chloride ion penetration of concrete [J]. J Wuhan Univ Tech Mater Sci, Vol.20, No.1,  2005 (1): 106-110

[4] HU Hongmei, MA Baoguo. Research on marine concrete material of anti-chloride ion penetration[A]. InDitao Niu, Jiping Ru. PROCEEDING OF THE EIGHTH INTERNATIONAL SYMPOSIUM ON STRCTURAL ENGINEERING FOR YOUNG EXPERTS, Volume2[C]. Beijing, China, Science Press. 2004(8):1180–1113.

[5] HU Hongmei, MA BaoguoHE Li. Optimum Synthesis and modification of Na phthalene Series super Plasticizers [J]Journal of wuhan university of technologyVol.27, No.9, 20059:38-41EI included05499528997

[6] HU HongmeiMA BaoguoQIAN GangCHENG YaoYANG YanchunAnalysis and Simulation of Influencing Factors on Anti-corrosion of Lining Concrete for Submarine Tunnel[J]Journal of wuhan university of technologyVol.29, No.3, 20073:46-49EI included071710572102

[7] HU Hongmei1,MA Baoguo2,QIAN Gang ,OPTIMUM DESIGNS OF INFLUENCE FACTORS FOR THE CORROSION RESISTANCE  OF CONCRETE LINING FOR UNDERGROUND TUNNELS. EI included080811110648

[8] HU HongmeiCHENG YaoLIN KeThe experimental study of waste stone powder preparation of green high performance concrete [J]Material reviewVol.21, No.12A, 200712:99-101

[9] HU Hong-mei,SONG Ming-hui,YAO Zhi-xiong,LIN Chun Durability quality control of concrete structure for marine bridge. [J]concrete200811:114-116

[10] YAO Zhi-xiong,HU Hong-mei,SONG Ming-hui,FU Hui-min, The Perfomrance comparison of Polycabroxylate-type and naphthalene-type superplasticizer[J]Fujian building materials20086:9-12

[11] Song minghui, Hu hongmei, Lin chun. Durability quality control for the marine bridge concrete structure of Xiamen Yanwu Bridge [J]The 7th national academic seminar on the durability of concrete200810:531-539

[12] HU Hong-mei,SONG Ming-hui,YAO Zhi-xiong,CHEN Xiao-hongKey Technology for Improving Resistance Against Chloride Ion Penetration of Marine Concrete [J]Journal of construction science and engineeringVol.26, No.1,20091:7-11

[13] HU Hong-mei,YAO Zhi-xiong,HUANG Chun-quan,SONG Ming-hui, LI Yan-hao,YU Fei-yu The Performance Comparison of Home and Abroad Polycarboxylate-type Water Reducer [J]Journal of xiamen university (natural science edition)Vol.48, No.4,20097:538-542

[14]H.M.Hu, G.Qian, Z.X.Yao, F.F.You. Investigation on Compatibility between Underwater Anti-washout Admixture and Superplasticizer[A]. InSui Tongbo, Zhang Wensheng. PROCEEDINGS OF THE 7th INTERNATIONAL SYMPOSIUM ON CEMENT  CONCRETE(ISCC2010), Volume[C]. Beijing, China, FOREING LANGUAGES PRESS. 2010(5):509–518.

[15] HU Hong-meiYU Bin-binCHEN Jian Development of the high-durability and self-compacting concrete in marine environment [J]New building materials201011:5-7

[16]HU Hong-meiZENG Shao-yinYU Bin-binResearh on relationship between the strength class of merchandise concerte and chloride iondiffusion coefficient [J]Fujian building materials20111:1-4

[17] H.M.Hu, Z.X.Yao, S.Y.Zeng and B.B.Yu. Experimental research on compatibility between underwater anti-washout admixture and superplasticizer [J]. Fujian Engineering Materials, Vol.477,20118:190-199EI concluded20112013984831

[18] HU Hong-meiLIU Dng-dongYU Bin-binThe influence of admixture of concrete crack resistance test research [J]Fujian Engineering Materials20119:1-3

[19] Hongmei Hu, Zhixiong Yao, Yao Cheng etc. Optimization of properties of non-dispersible underwater concrete [A]. InProceedings of the International Symposium on InnovationSustainability of Structures in Civil Engineering, ISIS'2011,Volume[C].Xiamen,China, SOUTHEAST UNIVERSITY PRESS. 2011(10):721–729.

[20] HU Hong-meiYANG FanYU Bin-bin etcInfluence of Class I Fly Ash on Cracking of Cement Paste [J]Flyash20122:4-6

[21] HU Hong-meiSHEN Ya-wenWANG HaoStudy of Complex Effect of Fly Ash and Slag [J]Flyash20131:11-13

[22] Hu,Hong Mei, Wang,Hao, Du,Rong Gui etc. A study of the preparation and properties of the concrete for the bearing platform of the Xiamen-Zhangzhou sea-spanning bridge [J]. Applied Mechanics and Materials, Vol. 357-360,20135: 659-666EIconcluded20133616704752

[23] HU Hong-meiWANG HaoSHEN Ya-wenXiamen and zhangzhou bridge box girder of Marine engineering high-performance concrete and performance research [J]Fujian building materials20136:4-6

[24] Participated in writing a teaching materialMA Bao-guoLIU JunJIAN ZHU GONG NENG CAI LIAO [M]WuhanWuhan University of Technology PressJuly,2004

[25]Host a monograph HU Hong-meiMA Bao-guoHUN NING TU KUANG WU CAN HE LIAO [M]Will be published by China Electric Power Press

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