Biography
Education and Employment
Social and academic work
1 Social work
2 Academic accreditation
Courses
1 Major undergraduate courses
2 Undergraduate curriculum design and graduation design
3 Postgraduate courses
Research results
1 Published papers
2 Publish works and teaching materials
Research project
1 National scientific research project:
2 Scientific research projects at the provincial and ministerial level
3 Horizontal scientific research project
4 Participate in national norms
5 Invention patent
Awards & Honors
1 Awards
2 Honors
Li Haiwang Ph.D.
professor | Doctoral supervisor
Subject: Civil Engineering
Department: College of Civil Engineering
Phone: 6010280/6010976
E-mail: lhwtut@126.com；lihaiwang@tyut.edu.cnb
Address : College of Civil Engineering, Taiyuan University of
Technology, No. 79, West Street, Yingze, Taiyuan 030024, China
Biography
Professor Li is devoted to the teaching, research and practices in structural engineering. He is the director of the Institute of Traffic Engineering and disaster Prevention of College of Civil Engineering in Taiyuan University of Technology. His research interests include large-span spatial structures, disaster prevention and mitigation engineering and bridge structure.He has been the principle investigator for more than 20 research grants from the National Natural Science Funds, provincial and ministerial-level scientific research and horizontal scientific research projects and so on. He has been awarded 11 provincial prizes. He has published more than 150 papers, and gained 2 patents. In addition, Professor Li has tutored more than 5 doctoral students and over 90 postgraduates.
Education and Employment
1979.09-1983.07 B.S., Department of Civil Engineering, Taiyuan Institute of Technology 1983.09-1986.09 Lecturer, Department of Civil Engineering, Taiyuan University of Technology 1986.09-1989.06 M.S., Structural engineering major, Taiyuan University of Technology
1989.09-1995.09 Lecturer, Department of Civil Engineering, Taiyuan University of Technology 1995-1996 Learning English in Shanxi University
1997-1998 Associate professor, Visiting scholar, Salford University
1999-2005 Associate professor, Department of Civil Engineering of Taiyuan University of Technology
2005- Professor, Department of Civil Engineering of Taiyuan University of Technology
2007.09-2012.06 Ph.D., Structural engineering major, Taiyuan University of Technology
2013- Doctoral supervisor, Department of Civil Engineering of Taiyuan University of Technology
2008-2010 Director of Civil Engineering experiment Center of Taiyuan University of Technology
2011- Director, Institute of Traffic Engineering and disaster Prevention of Taiyuan University of Technology
Social and academic work
1 Social work
(1) Member of the Stabilization Group of the International Society for Thin Shells and Space Structures (IASS)
(2) Experts of expert Committee of China Iron and Steel Association
(3) Expert of Steel Structure Expert Committee of China Construction Metal Structure Association
(4) Standing director and expert expert of China Steel Association Quality Safety Testing and Appraisal Committee
(5) Member of light Steel Structure Committee of China Standardization Association
(6) Member of Stability and Fatigue Branch of China Steel Structure Association
(7) Member of cable structure Committee, Space Structure Branch, China Steel Structure Association
(8) Director of Housing Branch of China Steel Association
(9) Member of the Space Structure Committee of the China Society of Civil Engineering
(10) Member of the Professional Committee of Building Appraisal and Reinforcement of China Civil Engineering Society
(11) Chairman of the Space Structure Committee of Shanxi Civil Engineering Society
(12) Director of Shanxi Civil Engineering Society
(13) Member of the Professional Committee of building Appraisal and Reinforcement of Shanxi Civil Engineering Society
(14)Member of Shanxi Engineering construction Expert Committee, deputy leader of architectural Structure Design expert group
(15) Expert of Shanxi High-rise Building Seismic overload inspection Committee
(16) Editorial Board member of the journal of Spatial Structures
2 Academic accreditation
(1) Evaluation experts of the National Natural Science Foundation of China
(2) Evaluation experts of Natural Science Foundation of Beijing and Zhejiang
(3) Reviewer of magazines , such as " International Journal of Steel Structures", "Materials and Design ", "The Arabian Journal for Science and Engineering", "explosion and impact", "Engineering mechanics", "Journal of Beijing university of technology," "Journal of zhengzhou university ", "Journal of Harbin institute of technology," "Journal of shijiazhuang railway institute"’ "Journal of applied mechanics" and so on.
Courses
1 Major undergraduate courses
(1) Basic Principles of Steel Structure Design
(2) Design of Building Steel Structure
2 Undergraduate curriculum design and graduation design
3 Postgraduate courses
(1) Spatial structure
(2) Structural stability of steel
Research results
1 Published papers
[1] Li haiwang, Qin dongqin. A study on the counter-intuitive behaviors of pin-ended beams under projectile impact. Mechanica Solida Sinica. 2006,19(2): 135-140.
[2] Li haiwang, Zhao hongsheng, Zhao yuanjing, Shu xuefeng. Study on Planning for the Indoor-earthquake-shelter in City and Town. Advanced Science Letters, 2011,4:2654-2665.
[3] Song xiayun, Li haiwang, Zhang jie. Experimental investigation into ultra-low cycle fatigue behavior of composite members in spatial grid structures. Advances in Structural Engineering.2020:1369433220916941.
[4] Zhang jie, Li haiwang, Song xiayun. Experimental study of composite members in spatial grid structure subjected to ultralow-cyclic axial force. Advances in Civil Engineering.2020: 8129543
[5] Wu wenzhe, Li haiwang, Song Xiayun. The Fatigue Damage Characteristics of the Bolt-ball Support Joints under the Ultra-low Cycle Fatigue test. Science Technology and Engineering. 2020,20(15):6182-6190, in China.
[6] Yao yue, Li haiwang. Application of 3D scanner in plastic deformation collection of low-cycle fatigue test. Journal of Guangxi University(Natural Science Edition). 2019,44(05):1309-1316, in China.
[7]Ji tao, Li haiwang, Zhang jie. Experimental Study on Ultra-low Cycle Fatigue Fracture of Steel Tubes and Bolt Balls under Cyclic Loads. Science Technology and Engineering. 2019,19(13):208-214, in China.
[8] Chen xueyong, Li haiwang, Zhang jie. Study on deformation characteristics of ball-tube composite test pieces in ultra-low cycle fatigue test. Earthquake Engineering and Engineering Dynamics. ,2019,39(02):151-158. in China.
[9] Qiao yongqiang, Li haiwang, Zhang jie. Experimental Study on Plastic Hinge Performance of Cyclical Axially Loaded Plastic Hinges. Science Technology and Engineering. 2019,19(04):206-211, in China.
[11] Yao yue, Li haiwang. Passive House” Technology for retrofitting old Houses. Building Energy Efficiency. 2017,45(12):113-117. in China.
[12] Wang yuanxin, Li haiwang, Du leiming. Strengthening Design of Large-span Steel Beam Roof. Construction Technology,2016,45(22):72-76, in China.
[13] Nan lifei, Lihaiwang, Guo jingjing. Seismic response analysis of spatial arch truss under different site conditions. Spatial Structures, 2015,21(03):42-48, in China.
[14] Song xiayun, Lihaiwang, Zhang jianyuan. Study on dynamic elastoplastic responses of single-layer reticulated shell structures under earthquake. Earthquake Engineering and Engineering Dynamics, 2015,35(01):118-125, in China.
[15] Wang zhuo, Li haiwang, Wang ding. The application of damping and seismic isolation integration technology in steel tube arch truss system. Industrial Construction, 2015,45(01):50-55, in China.
[16] Liu jing, Li haiwang, Shu xuefeng. Experimental research on hysteretic property of steel pipe arch truss under cyclic loading. Journal of Building Structures. 2014,35(11):94-101, in China.
[17] Nai lifei, Li haiwang, Zhao qian. Research on the Design Methods of the Safe Operation of the Integral Plate Truss Structure under the Devastating Earthquake. Earthquake Resistant Engineering and Retrofitting, 2014,36(04):50-55, in China.
[18] Nai lifei, Li haiwang, Li Weiwei. Study on Elastoplastic Seismic Performance of Isolators Technology on Three-dimensional Steel Arch-truss, Journal of Taiyuan University of Technology, 2014,45(06):785-790, in China.
[19] Liu yuntao, Li haiwang. Study on Elastic-Plastic Seismic Response of Single-layer Cylindrical Reticulated Shell Supported by Circumjacent Steel Columns under Strong Earthquake. Journal of Disaster Prevention and Mitigation Engineering, 2014,34(06):687-692, in China.
[20] Song xiayun, Li haiwang, Wang jungang. Study on the Elastic-Plastic Seismic Response of Floor Type Steel Arch Truss under Earthquake Waves. Journal of Taiyuan University of Technology, 2014,45(04):548-552, in China.
[21] Song xiayun, Li haiwang, Wu pengcheng. Studyon Dynamic Elastic-Plastic Failure Analysis of Bi-directional Three Centered Steel Pipe Arch Truss Structure System under Seismic Action. Journal of Disaster Prevention and Mitigation Engineering, 2015,35(03):398-403, in China.
[22] Gao zhichang, Li haiwang, Qin dongqi. Ultimate Capacity and Hysteretic Behavior Study of a Complex Cast Node. Journal of Taiyuan University of Technology, 2014,45(01):51-55, in China.
[23] Hao shengyue, Li haiwang. Application of Proper Orthogonal Decomposition Method in Predicting Pressure on the Surface of Sandwich Panel under Blast Load. Journal of Taiyuan University of Technology, 2013,44(06):722-726, in China.
[24] Li haiwang, Shu xuefeng, Qin dongqi. A Study of Counter-intuitive Behaviors of Pin-ended Thin Spherical Shell Subjected to Rectangle Impulse Loadings. Journal of Beijing University of Technology, 2011,37(01):98-103, in China.
[25] Li, Hai-Wang, Guo, Jing-Jing, Liu, Jing.The seismic dynamic response on the steel spatial arch truss with 60m span and 0.4 rise-span ratio.Advanced Materials Research, 368-373,Vols. pp 850-853, 2012.
[26] Li, Haiwang, Jiang, Lu, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 90 m span and 0.3 rise-span ratio.Applied Mechanics and Materials (AMM),Vols. 94-96, pp 127-130, 2011.
[27] Li, Haiwang, Li, Guojuan, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 120 m span and 0.2 rise-span ratio.Applied Mechanics and Materials (AMM), Vols.94-96, pp 201-204, 2011.
[28] Li, Hai-Wang, Sun, Wei-Ping, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 90m span under earthquake.Applied Mechanics and Materials (AMM), Vols.94-96, pp 736-739, 2011.
[29] Li, Hai-Wang, Guo, Wei, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 90m span and 0.2 rise-span ratio.Applied Mechanics and Materials, 94-96, pp 539-542, 2011.
[30] Li, Haiwang, Wang, Zhiwei, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 30 m span and 0.1 rise-span ratio.Applied Mechanics and Materials (AMM), Vols.105-107, pp 1620-1623, 2012.
[31] Li, Hai-Wang, Zhang, Xun, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 90m span and 0.1 rise-span ratio.Applied Mechanics and Materials, Vols.105-107, pp 1764-1767, 2012.
[32] Li, Hai-Wang, Li, Kai, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 60m span and 0.1 rise-span ratio.Applied Mechanics and Materials (AMM),Vols. 368-373, pp 2295-2298, 2012.
[33] Li, Hai-Wang, Shi, Yi, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 30m span and 0.2 rise-span ratio.Applied Mechanics and Materials (AMM),Vols. 130-134, pp 1101-1104, 2012.
[32] Li, Haiwang, Ma, Yu, Liu, Jing.Dynamic elasto-plastic analysis on the steel spatial arch truss with 120 m span and 0.4 rise-span ratio.Applied Mechanics and Materials (AMM), Vols.105-107, pp 862-866, 2012.
[33] Li, Haiwang, Guo, Caihong, Liu, Jing.Dynamic elasto-plastic analysis on the steel arch truss under earthquake action.Applied Mechanics and Materials (AMM), Vols.105-107, pp 356-359, 2012.
[34] Liu jing, Li Haiwang, Liu guoliang. Study on damage and failure mechanism of steel pipe arch truss under strong earthquake. China Civil Engineering Journal, 2010,43(S1):142-147, in China.
[35] Du leiming, Li haiwang, Xue fei. The study of seismic behaviors of Yingxian wooden pagoda. China Civil Engineering Journal, 2010,43(S1):363-370, in China.
[36] Li haiwang, Shu xuefeng, Qin dongqi. Elastic-plastic analysis on behaviors of thin spherical shell subjected to radial rectangular impulse loadings. Journal of Vibration and Shock, 2010,29(09):58-63+242, in China.
[37] Li haiwang, Liu jing, Shu xuefeng. Research on the distribution of granular coal pressure on the wall of a special silo with trouser-shape funnel. Engineering Mechanics, 2010,27(06):140-146+182, in China.
[38] Li haiwang, Qin dongqi. A study on the counter-intuitive behaviors of simply supported beam under projectile impact. Acta Mechanica Solida Sinica，2006(02):121-126 , in China.
[39] Li haiwang, Guo ke, Wei jianwei. The dynamic response of a single-layer reticulated shell to drop hammer impact. Explosion and Shock Waves, 2006(01):39-45, in China.
[40] An experimental and analytical investigation on dynamic buckling of a single-layer reticulated dome model Under impact，the International Symposium on New Olympic, New Shell and Spatial Structures (IASS-APCS2006),2006,10.
[41] A study on dynamic buckling of mono-layer reticulated shells Under impulse loadings，the International Symposium on New Olympic, New Shell and Spatial Structures (IASS-APCS2006)，2006,10.
[42] A study on dynamic buckling of Single-layer reticulated shells under impact，the International Symposium on New Olympic, New Shell and Spatial Structures (IASS-APCS2006),2006,10.
[43] A study on dynamic buckling of spatial arch trusses Under impulse loadings the International Symposium on New Olympic, New Shell and Spatial Structures (IASS-APCS2006),2006,10.
[44] A study on elastic-plastic stability of a 132m-span double-layer cylindrical reticulated shell，the International Symposium on New Olympic, New Shell and Spatial Structures (IASS-APCS2006),2006,10.
[45] A study on dynamic buckling of spatial arch trusses under seismic action, the International Symposium on New Olympic, New Shell and Spatial Structures (IASS-APCS2006),2006,10.
[46] A parameter study on dynamic buckling of spatial arch trusses under seismic action, Proceedings of the 6th International Conference on Computation of Shell and Spatial Structures IASS-IACM 2008: “Spanning Nano to Mega” 28-31 May 2008, Cornell University, Ithaca, NY, USA.
[47] A new function for large-span civil buildings, Proceedings of the International Association for Shell and Spatial Structures (IASS) Symposium 2009, Valencia
[48] AN ANALYSIS ON THE ULTIMATE CAPACITY OF TRIPLE-LAYER GRIDS MODEL UNDER IMPACT, Proceedings of APCS Symposium 2009, Nagoya
[49] Analytical Investigation on the Seismic Performances of 60m Span Spatial Arch Trusses under Strong Earthquake Waves. Proceedings of the International Association for Shell and Spatial Structures (IASS) Symposium 2010, Shanghai.
[50] Computer Simulation of Pulling Columns Process of “Uplift whole upper story then fixing lower damaged elements” Scheme of Yingxian Wooden Pagoda. Proceedings of the International Association for Shell and Spatial Structures (IASS) Symposium 2010, Shanghai.
2 Publish works and teaching materials
[1] Editor, Planning and design of urban disaster earthquake shelter and disaster relief stronghold, China Construction Industry Publishing House, 2013.10.
[2] Participate in editing, Typical engineering collection of cable structure. China Construction Industry Publishing House, 2013.8；
[3] Presiding judge, Construction technology of super high-rise steel structure, China Construction Industry Publishing House, 2013.11；
[4] Deputy editor-in-chief, Construction technology of long-span steel structure,China Construction Industry Publishing House, 2015.1；
[5] Deputy editor-in-chief, Stability Theory and Application of Building Steel structure, People's Communications Publishing House，2010.
[6] Deputy editor-in-chief, Steel structure design-Practical and innovative teaching materials for civil engineering in colleges and universities all over the country, Science press, 2006.
[7] Presiding judge, Special structure- Planning textbooks for Colleges and Universities in the 21st Century, Power Industry Press, 2010.
Research project
1 National scientific research project:
(1) The subproject of the National 973 Program, 2005CB221202, basic research on H2 regulation of non-shift coke oven gas and CO2 emission reduction, 2.5921 million yuan (total funds 5.28 million yuan), completed topic, participated.
(2) National fund project, 5157082670, study on ultra-low cycle fatigue performance and evaluation method of bolted ball grid structure under strong earthquake, 2016x01-2011919par 12, completed topic, presided over.
(3) Project of National Natural Science Foundation of China, 50878137, study on failure mechanism and performance design index of long-span spatial arch truss under strong earthquake, 2009. 01-2011.12, completed topic, presided over.
(4) The National Natural Science Foundation of China, 51278324, the time-varying application of ancient building protection technology, can evaluate the method and research on the key technology of wood skeleton repair, 12, 2012-2016, completed topic, participation.
2 Scientific research projects at the provincial and ministerial level
(1) Provincial Science and Technology Project, 20080321086, Research and Development of long-Span Space Steel Arch Truss structure system based on safe working performance under rare Earthquakes, 2008.04-2010.12, Host.
(2) Provincial returned overseas study Fund, 2009-26, Research on structural system and performance Design Indexes of earthquake Sanctuary, 2009.01-2012.01, conclusion, Host.
(3) Provincial returned overseas study Fund, 2003-35, crashworthiness study of long-span grid structure, 2003.12- 2006.12, conclusion, Host.
3 Horizontal scientific research project
(1) Datong Teri Group, Research on connection Technology between Steel Tube Bundle Shear Wall and laminated Slab, 2020.03-2021.03
(2) Shanxi Sijian Group Co., Ltd., jointly declare the basic Construction of Shanxi prefabricated Steel structure Engineering and Technology Research Center, 2020.04-2025.04
(3) Datong Teri Group, Research on passive window Auxiliary installation system, 2020.03-2021.03
(4) Datong Teri Group, Research on fireproof Decoration Materials for Steel Tube Bundle Shear Wall, 2020.03-2021.03
(5) Shanxi Sijian Group Co., Ltd., prefabricated Steel structure Building Technical Consulting and Research and Development, 2018.04-2020.12
(6) Beijing Municipal Group, Research on key Technologies of PC Composite Bridge support Construction with corrugated Steel webs, 2018.09-2019.09.
(7) Datong Teri Group, Industry-University-Research Base Construction Project: Taiyuan Institute of Technology Teri Group Research Center, 2019
(8) CHNIA CONSTRUCTION SCIENCE AND INDUSTRY CORPORATION LTD, Research on Construction Technology of Super-long-Span Steel structure, 2013.11-2014.07.
4 Participate in national norms
(1) National standard, Standard for inspection and appraisal of high-rise and complicated steel structures (GB 51008-2016).
(2) National standard, Standard for appraisal of reliability of civil buildings (GB 50292-2015)
(3) National industry standard, Technical specification for cast steel structures (JGJ/T395-2017)
(4) Standard of Standardization Association, Technical specification for joint in rectangular concrete-filled steel tubular structures(T/CECS506-2018)
(5) Standard of Standardization Association, Technical specification for aluminium alloy space, (DB∕T29-261-2019).
(6) Standard of Standardization Association, Technical specification for structures with concrete-filled rectangular steel tube members (CECS 159-2004).
5 Invention patent
(1) Alternating step-by-step jacking device of hyperbolic closed section steel grid structure and its construction method (Authorization number:2882812)
(2) Ultra-low cycle fatigue Test equipment and plastic deformation acquisition method for Circular Steel Tube (Application number:2018108723562)
Awards & Honors
1 Awards
(1) The research on new types and new nodes of spatial structure (provincial key science and technology projects has passed the provincial appraisal, won the international advanced level, and filled the domestic gap.
(2) The optimal design of the three-layer grid and the three-layer grid structure have obtained the international advanced level through the provincial appraisal, which fills the domestic gap.
(3) The new type of spatial structure ~ three-layer grid structure won the first prize for scientific and technological progress in the province.
(4) The second prize of Shanxi bilingual teaching competition. The first prize for outstanding achievements in scientific research issued by the China academic Series compilation Committee in 2004.
(5) National modern structural engineering conference 'southeast cup' excellent paper award.
(6) There are 3 first prize and 2 second prize excellent papers in the first engineer conference of Shanxi province.
(7) The second prize of teaching achievement in Shanxi province.
(8) Three excellent papers of the second Shanxi Engineering Conference were awarded the first prize. Two provincial excellent master thesis instructors. Zhan
(9) Tianyou excellent thesis Award of China Civil Engineering Society.
2 Honors
(1) Excellent expert in engineering construction in Shanxi Province.
(2) Excellent expert on scientific and technological innovation of civil construction in Shanxi province.
(3) Special excellent graduation design instructor of Taiyuan University of Technology.
