Name	Jianhong Wang
Gender	Male
Position	Professor
Address	12550 Erhuan East Road Jinan, Shangdong Province, 250002
Tel	+81-531-8635-8726 Fax: +81-531-8635-8759
E-mail	j.h.wang@sdu.edu.cn

Education

Ph.D., Feb. 2009, Tunneling and Underground Structure Engineering, School of Science and Engineering, WASEDA University, JAPAN.

M.Sc., Aug. 2005, Tunneling and Underground Structure Engineering, School of Science and Engineering, WASEDA University, JAPAN.

B.Sc., Jul.1998, Civil Structure Engineering, Civil and Architecture Institute, Wuhan University, P. R. CHINA.

Working Experience

06/2019 to present: Profession, School of Qilu Transportation, Shandong University, Ji Nan，P. R. CHINA.

10/2009 to 06/2019: Senior Researcher, Research and Development Center, Nippon Koei Co., Ltd., Tsukuba, JAPAN.

04/2008 to 09/2009: Assistant professor, School of Science and Engineering, WASEDA University, Tokyo, JAPAN.

09/2000 to 08/2003: Engineer, Technical Development Branch, Shiraishi Co., Ltd.,

Tokyo, JAPAN.

07/1998 to 08/2000: Assistant / Engineer, North China petroleum administration bureau, Qingxian，P. R. CHINA.

Research Interests

1.Research on Maintenance Management of Infrastructure (e.g. Inspection, Monitoring, Performance diagnosis, Risk management, Repair, Strength, and etc.)

2. Research on Underground Structure design and Seismic analysis (e.g. Structural Safety and Stability, Durability and Reliability, Flexibility and Resilience)

3. Research Shield Tunneling and deep Underground Space (e.g. segment and joints,  

4. Research on Municipal Engineering and Trenchless Technologies (e.g. Pipeline diagnosis, Trenchless renewal, Disaster prevention，Utilization of underground space and etc.)

Selected Projects

1. Study on the renewal technology of shield tunnel facilities. Municipal administration, 2018-2019, Principal investigator.

2. Technology development for numerical and experimental analysis of underground structures such as tunnels. Geotechnical disaster prevention/overseas ministry of railways, 2017-2019, Principal investigator.

3. Measures investigation for earthquake-resistant and disaster prevention of urban underground facilities. Municipal administration, 2017-2018, Principal investigator.

4. Seismic diagnosis and strengthening of Yucun weir. Water supply bureau, 2016-2017, Principal investigator.

5. Development of maintenance management system for bridge and tunnel facilities. Transportation department. 2015-2017, Principal investigator.

6. Research and development of intelligent monitoring technology and application for infrastructure. Ministry of land, land and transportation of Japan, 2014-2018, 10, Investigator.

7. Investigation of structural safety and design method for water transmission tunnel. Department of water supply and sewer. 2014-2016, Principal investigator.

8. Research on renewal technology of shield tunnel of trunk pipeline. Department of water supply and sewer. 2013-2015, Principal investigator.

9. Seismic performance diagnosis of sewage shield tunnel in operation. Municipal administration, 2012-2014, Principal investigator.

10. Experimental research on pipeline tunnel under internal and external pressure

and investigation of structural design method. Ministry of agriculture, forestry and aquatic products, 2012-2013, Principal investigator.

Professional Affiliations

Guest research fellow, Science and engineering Institute of Waseda University; Executive member of tunnel engineering committee, Japan civil engineering society; Members of municipal tunnel facilities committee, international life cycle of civil Engineering society, Infrastructure monitoring technology research council (RAIMS) committee; Secretary and editor in chief of technology exchange of China-Japan shield tunneling.

Senior reviewer of international SCI journals, e.g. Engineering Structure, Structure and Infrastructure Engineering, Tunnel and Underground Space Technology, ICE Municipal Engineering, Thin - Walled Structure and Japanese journals of JSCE, JSIDRE.

Honors and Awards

1. 2018 Outstanding reviewer Award, 2018/09, international journals TWS, Elsevier.

2. Award of technical book Publication “Structural analysis and renovation design of aging sewers”2016/6, Research and Development Institute, Nippon Koei.

3. Excellent Project Award, “Nonlinear analysis application in design and implementation of repair measured tunnel suffering from chloride damage”2014/6, Research and Development Institute, Nippon Koei.

Selected Publications

1. J.H. Wang. A. Koizumi. Experimental study on the buckling mechanism of encased pipe under external pressure and the effects of backfilling defects. Engineering structure　151,44-56 , 2017.

2.  Wang J. H., Koizumi A. and Tanaka H. Framework for maintenance and management of shield tunnel using strength performance and life-cycle cost as indicators. Structure and Infrastructure Engineering，13，44-54, 2016.

3. Zhang W.J., Wang J.H., M.M. Jin, &Koizum A. Numerical analysis of DRC segment under inner water pressure based on full-scale test verification for shield tunnel.·Tunnelling and Underground Space Technology 56, 157–167, 2016.

4. Wang, J. H., Koizumi, A., & Yuan, D. J. Theoretical and numerical analyses of hydrostatic buckling of a noncircular composite liner with arched invert. Thin-Walled Structures, 102, 148-157, 2016.

5. Wang J. H., Zhang W. J., Guo X., Koizumi A., & Tanaka H.. Mechanism for buckling of shield tunnel linings under hydrostatic pressure. Tunnelling and Underground Space Technology, 49, 144-155, 2015.

6. Wang J.H., Shi Z.H., & Nakano M.. Strength degradation analysis of an aging RC girder bridge using FE crack analysis and simple capacity-evaluation equations. Engineering Fracture Mechanics, 108, 209-221, 2013.

7. Wang J. H., Maeda M., Horichi N., Haibara T. and Nakano M. A study on structural design method for renovation of aging sewer pipeline. J. JSCE, F1（tunnel engineering），69, No.3，43-53, 2013.

8. Wang J. H., Koizumi A., & Liu X.R.. Advancing sustainable urban development in China. ICE-Municipal Engineer, 161, 3-10, 2008.

9. Shi Z.H. and Wang J.H.. Structural Analysis Theories of Composite Pipes as Semi-Composite Structure, In Book [Sewer Renovation in Structural Analysis and Renovation Design of Ageing Sewers], Berlin: De Gruyter Open，2016.

10. Wang J. H.. Lifecycle cost and performance analysis for repair of concrete tunnels，In Book [Eco-Efficient Repair and Rehabilitation of Concrete Infrastructures]，Elsevier， 2017.