Houwenqi
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Introduction

PERSONAL INFORMARION

NAME:     HOU WENQI

GENDER: Female 

BIRTH DATE:  July 14, 1975

E-MAIL ADDRESS:  wenqi-hou-csu@foxmail.com; csuhouwenqi@csu.edu.cn

EDUCATION

 02/2013-02/2014, Visiting Scholar,University of Tennessee, Knoxville, USA

12/2009, Ph.D ,  Bridge and Tunnel Engineering, Central South University, Changsha, China

10/1999, M.S , Structural Engineering, 10/1999, Changsha Railway University, Changsha, China

16/1997, B.S, Railway Engineering, Changsha Railway University, Changsha, China

Reviewer of ASCE Journal of Bridge Engineering,Journal of Composites for Construction,

Journal of Central South University (Natural Science Edition), Journal of Dongbei University

(Natural Science Edition), etc.


Courses
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Architectural Mechanics

Engineering Mechanics

Structural Mechanics

Steel-Concrete Composite Structures

Computer Aided Design

Graduation Design Project

Finite Element Method


Research
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Analysis and Experimental Study of Steel-Concrete Composite Structures

Analysis and Experimental Study of Large Span Bridge

Accelerated Bridge Construction of Precast  Segmental Bridge Structure

Construction Monitor Control, Static and Dynamic Load Test and Condition Evalution of Bridge Structures 

Bridge BIM System


Publications
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FUNDED RESEARCH

1. Principle Investigator, Geometry Analysis of the Precasting and Erection of Segmental Bridge Girder on Foshan No.2 Rail Transit. Funded by Foshan No.2 Rail Transit TJ4 Project Headquarter of CCCC First Harbor Engineering LTD., 04/201604/2018 Budget:  850,000

2. Principle Investigator, Construction analysis of Mengbihe River Bridges on Qianjiang-Zhangjiajie-Changde Railway. Funded by QianZhangChang Project Headquarters of 1nd Subcompany of China Railway No.5 Engineering Group Co., LTD, 03/2016~ 07/2017, Budget: 400,000

3. Principle Investigator, Geometry Analysis of the Precasting and Erection of Segmental Bridge Girder. Funded by 18th Project Headquarters of GZ Metro 21 Line, China Railway No.5 Engineering Group Co., LTD, 06/201404/2016 Budget:  660,000

4. Principle Investigator, Experimental Invesitgation of the Fatigue Performance and Influence Factors of PBL Shear Connectors. Funded by National Natural Science Foundation of China, 01/2013~ 12/2015, Budget: 250,000

5. Principle Investigator, Construction deformation analysis of Qingyijiang River Bridge on Chengdu-Mianyang-Leshan Passanger Dedicated Railway. Funded by Leshan Project Headquarters of 2nd Subcompany of China Railway No.5 Engineering Group Co., LTD, 05/2011~ 05/2012, Budget: 420,000

6. Principle Investigator, Construction control of Guojundu Fujiang River Bridge on the Mianyang-Suining Highway in Sichuan Province. Funded by Miansui Expressway Limited Company, Suining, Sichuan, 03/2009 ~ 06/2010, Budget: 485,000

7. Principle Investigator, Reduced scale (1:4) model experimental study on the mutative width girder segment of the main bridge of the access bridge in Zhengzhou downtown. Funded by the Project Headquarters of ‘One Station, One Bridge, One Road’ of Zhengzhou Municipal Government (ZKQ08-1), 05/2008 ~ 10/2008, Budget: 820,000

8. Principle Investigator, Experimental study on the special construction details of Zhengzhou Yellow River Bridge------- Mechanical investigation of the steel anchor box for cables on the main tower. Funded by the Science & Technology Department of Railway Ministry of China (2007G047-B), 01/2008 ~ 06/2008, Budget: 500,000

9. Principle Investigator, Analysis of the 140m through steel-box tie-bar arch - bridge on Wuguang Passanger Dedicated Railway. Funded by the Science & Technology Department of Railway Ministry of China (2005K002-C(G)), 05/2006 ~ 12/2006, Budget: 100,000

10. Principle Investigator, Structural analysis of the MSS applied for 40m railway casting box girder (freight) of Wuhan Tianxingzhou Yangtze River Railcum-Road Bridge. Funded by the Science & Technology Department of Railway Ministry of China (2004G08-O-01), 09/2005 ~ 01/2006, Budget: 60,000

 

PUBLISHED PAPERS IN RECENT YEARS

[1] Zhou Lingyu, Zheng heng and Hou Wenqi (Corresponding author) etc. Improved adjustment method for linear error of precasting segmental box girder by short line match method, Journal of Huazhong University of Science and Technology (Natural Science Edition), v 44, n 9, p 99 - 105, Sep. 2016 (in Chinese)

[2] Zhou Lingyu, Zheng heng and Hou Wenqi (Corresponding author). Matching error adjustment method of girder segments precast by short line match method based on coordinate transformation, Bridge Construction, v 46, n 5, p 73 - 79, Sep. 2016 (in Chinese)

[3] Wenqi Hou, Meixin Ye and Yezhi Zhang. Cryogenic fatigue behaviour of steel-concrete composite structures, Journal of Physics: Conference Series, v 305, n 1, 2011, 9th International Conference damage Assessment of Structures, DAMAS 2011      

[4] Wenqi Hou, Meixin Ye. Design methods of headed studs for composite decks of through steel bridges in high-speed railway, Journal of Central South University (English Edition), v 18, n 3, p 946-952, June 2011

[5] Wenqi Hou, Meixin Ye, Jian’an Cao. Control methods for long-term deformation of long-span continuous bridges with ballastless tracks, Journal of Huazhong University of Science and Technology (Natural Science Edition), v 39, n 7, p 109 - 112+127, July 2011 (in Chinese)

[6] Wenqi Hou, Meixin Ye, Jian’an Cao, Jia Xiao. Long-term deformation of Pre-stressed concrete beams with ballastless track and its influencing factors, Journal of Central South University (Natural Science Edition), v 42, n 6, p 1756-1763, June 2011 (in Chinese)

[7] Wenqi Hou, Jian’an Cao, Meixin Ye. Long Term Deformation Control of Long-Span Pre-Stressed Concrete Continuous Rigid Frame Bridge with Ballastless Track, Advanced Materials Research, v 163-167, p 1515-1519, 2011, Advances in Structures

[8] Wenqi Hou, Meixin Ye, Yezhi Zhang. Ultimate Bearing Capacity of Headed Studs in Tensile Concrete Slab, Advanced Materials Research, v 163-167, p 11-15, 2011, Advances in Structures

[9] Wenqi Hou, Meixin Ye. Analysis on the ultimate bearing capacity and the static behavior of the composite structures with grouped studs in railway bridge, China Railway Science, v 32, n 1, p 55-61, January 2011 (in Chinese)

[10] Hou Wenqi. Statical behavior and ultimate bearing capacity of steel-concrete composite structure with grouped studs, Proceedings of the 12th International Conference on INSPECTION, APPRAISAL, REPAIRS & MAINTENANCE OF STRUCTURES, v 1 and 2, p 437-445, April 2010

[11] Wenqi Hou, Meixin Ye. Experiments on the mechanical characteristic of the integral steel orthotropic bridge deck with three main trusses of Nanjing Da shengguan Yangtze River Bridge, Journal of Railway Science and Engineering, v 5, n 3, p 11-17, June 2008 (in Chinese)

[12] Wenqi Hou, Jianhua Hu, Meixin Ye. Study of influence factors and formula for the bearing capacity of PBL shear connectorsJournal of Railway Science and Engineering, v 4, n 6, p 12-18, December 2007 (in Chinese)

[13]Wenqi Hou, Jianhua Hu, Meixin Ye. Contrastingly experimental study of different structure forms of steel-concrete joint section of hybrid self-anchored suspension bridgeJournal of Railway Science and Engineering, v 4, n 5, p 28-34, October 2007 (in Chinese)

[14] Wenqi Hou, Meixin Ye. Study of fatigue performance of tubular joints of railway great span CFST arch bridge, Steel Structures, v 22, n 5, p 22-26, May 2007 (in Chinese)

[15] Meixin Ye, Enliang Li, Wenqi Hou. Test method on mutative width girder  segment of single plane cable-stayed bridge, Journal of Central South University (Natural Science Edition), v 42, n 1, p 199-206, January 2011 (in Chinese)

 


Awards
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 1. Second Prize for Scientific and Technological Progress by Chinese Ministry of Education, 01/2007, Ranked Third

 2. Second Prize for Scientific and Technological Progress by Hunan Provincial  Government,11/ 2006, Ranked Third

 3. Science & Technology Appraisal of Hunan Province, 05/2005, Ranked Second‘Fatigue Performance and Ultimate Bearing Capacity of Headed Studs of Steel - Concrete Composite Structures’ Expert's Conclusion: Leading Level

  4.Science & Technology Appraisal of Hunan Province, 05/2005, Ranked Fifth ‘Study of Steel- Concrete Composite Bridges of Passenger Railway’ Expert's Conclusion: Advanced Level

 5.Outstanding Instructor Award of Graduation Thesis of CSU, 07/ 2011

 6. Outstanding Award of Teaching Quality of CSU, 12/2007