Li Liang Associate professor

• Department: School of Civil Engineering
• Gender: male
• BirthDate: 1981-02-09
• Career: Associate professor
• Degree: PhD
• Academic Credentials: PhD
• Graduate School: Tongji University
• Tel:
• Email: bright_li@chd.edu.cn
• Address School: Xiaozhai Campus, Changan University, 75 Middle Chang an Road, Xi an
• PostCode School: 710061
• Fax School:
• Office Location: Room 506, No. 1 teaching building
• Education experience:

  1.2007.9-2011.10, Department of Architectural Engineering, Tongji University, School of Civil Engineering, Doctor of Structural Engineering. 

  2.2008.9-2008.12, Visiting PhD student, School of Engineering, University of Edinburgh, UK.

  3.2004.9-2007.6, Master of Engineering, School of Civil Engineering, Xi'an University of Architecture and Technology.

  4.2000.9-2004.6, Bachelor of Engineering, School of Civil Engineering, Xi'an University of Architecture and Technology. 

Li Liang, male, associate professor, born in February 1981, member of the Communist Party of China, master's supervisor, PhD, post doctor, registered structural engineer(1 class). Graduated from College of Civil Engineering, Tongji University in 2011, taught in the School of Civil Engineering, Changan University in November 2011, and has been secretary of the Party branch of the Steel structure Teaching and Research Office since 2016.

Main research fileds include: steel structure, steel-concrete composite structure and aluminum alloy structure design theory and seismic performance research. 

Lecture on 3 courses for international students as follows: 

1. Theory of Steel Structures and Design of Steel Structures in Civil Engineering (Since the 1st International Student) 

2. Graduate Course on Steel-concrete Composite Structures in English for Structural Engineering (in 2016 and 2017) 

3. Understanding practice, production practice, curriculum design and graduation design of Civil engineering undergraduate. 

The completed and ongoing projects are as follows: 

[1] Natural Science Foundation of China (51208057), RMB 250000 yuan, 2013.1-2015.12, presided. 

[2] China Postdoctoral Science Foundation (2012m521726), RMB 50,000 yuan, 2012.11-2014.6, presided. 

[3] China Postdoctoral Science Foundation Phase 6 Special funding Project (2013 t60687), RMB 150,000 yuan, Project moderator, implementation date :2013.7-2015.6, presided.

[4] Shaanxi Postdoctoral Fund (332100000057). RMB 20,000 yuan, project moderator, 2013.1-2015.12, presided. 

[5] The key project of the special fund for basic scientific research business expenses of central colleges and universities (0009-310828140114), RMB 15,0000 yuan, the project moderator, the execution date is :2013.1-2015.12, presided. 

[6] Basic Research and training Project of the Special Fund for basic Scientific Research operating expenses of Central Colleges and Universities (300102288104), RMV 50,000 yuan, 2018.1-2019.12, presided.  

[7] Research on a Novel triangle section shear energy dissipation brace (220228180306), RMB 70,000 yuan, 2018.7-2019.12, presided. 

[8] Research on the structural reinforcement scheme of the weak layer structure of the system after the upgrading project of the organ transformation project of the gold and molybd, presided.

[1]Liang Li*, Guoqiang Li, Tianhua Zhou. Experimental study on the seismic behavior of a steel-concrete hybrid structure with buckling restrained braces. Advances in Civil engineering, 2020: 9232138. (SCI).

[2]Liang Li*, Tianhua Zhou, Junwu Chen, Jianfeng Chen. A new buckling-restrained brace with a variable cross-section core [J]. Advances in Civil engineering, 2019: 4620430.  (SCI)

[3]Liang Li*,Xianfei Peng, Tianhua Zhou, Junwu Chen.Research on design method and mechanical behavior of square section buckling restrained brace with two yield stages, 2016,47(8):2784-2792.(EI)

[4] Liang Li*,Jun-wu Chen, Tianhua Zhou. Simplified algorithms of the high-rise building with the basement considering the restraint of the backfill soil foundation.The 3rd International Conference on Engineering Technology and Application,2016,pp:1052-1059.

[5] Liang Li*, Guoqiang Li, Yu-shu Liu. Simplified Algorithm of the Novel Steel-concrete Mixed Structure under Lateral Load.International Journal of High-Rise Buildings,2012,1（4）：247-254.

[6]  Liang Li*, Guoqiang Li.Simplified algorithm of buckling critical load for shear-bending cantilever rodunder axially uniformly distributed load..Journal of xi'an university of architecture and tecnology (Natrual science edition),2013，45（6）：817-821.

[7]Liang Li*, Guoqiang Li. Simplified computation algotithm of new multi-lateral risistant steel-conctere mixed structure under lateral load. Journal of architecture and civil engineering, 2013，30（4）：70-77.

[8] Liang Li*, Guoqiang Li. Judgement standard of buckling mode and simplified algorithm of critical load for steel-concrete mixed structure system. Journal of architecture and civil engineering,2014，31（4）:67-73.

[9] Li Guoqiang, Li Liang, Li Xianhui. Experimental study on behaviors of the trapezoid connectors of the inverted T-shaped steel with notched web for a novel composite beam. International Journal of Advanced Steel Construction, Hong Kong, China.Vol.7, No1, Mar 2011:48-63.(SCI)

[10] Li Guoqiang, Li Liang, Li Xianhui. Experimental and theoretical study on the behavior of the steel-concrete composite beam with notched web of inverted T-shaped steel section at construction stage.International Journal of Advanced Steel Construction, Hong Kong, China.Vol.7, No4, December 2011: 376-386.(SCI)

[11] Li Guoqiang, Li Liang, Li Xianhui, Si Linjun. Theoretical and Experimental Analysis of Bending Behavior of Composite Beam with Notched Web.Journal of civil engineering and environmental engineering. Vol.33 No.3, 2011:1-8.(EI)

[12] Li Guoqiang, Li Xianhui, Li Liang. Experimental study on bend and shear behavior of the steel-concrete composite beam with notched web of inverted T-shaped steel section.International Journal of Steel Structures, Seoul, Korea.2012. (SCI)

[13] Liang Li*,Guoqiang Li, Jun-we Chen.Dynamic time history analysis of a steel meteorological tower under time history wind load. Structural engineers.Vol.23 No.4, 2009:91-95.

[14] Li Guoqiang,Li Liang, Li Wubo. Practical calculation method research on axial tensile force transfer coefficient of steel beams at joints connecting steel frame and concrete core tube. Build structure. Vol.40 No.3, 2010:91-93.

[15]Liang Li*,Junwu Chen. Dynamic time-history analysis of a steel meteorogical tower under seldom occurred earthquake considering P-Δ effect.Structural engineers.Vol.25 No.6, 2009:79-83.

[16]Liang Li*.Edinburgh, the beautiful cultural city of North Athens - Visit of Edinburgh University, UK.Process and market of steel structures. Vol.7 No.3, 2009:11-14.

Teach in School of Civil Engineering, Chang'an University since 2011.