Name: Tao Liu
Gender: Male
Degree: Ph. D.
Title: Assistant professor
Research Interest: Earthquake engineering, Structural health monitoring, Structural optimization, Green building
Courses Taught:
Education Background:
2011. 04~2014. 04 Ph.D. in Civil, Environmental and Mechanical Engineering Trento University
2008. 09~2011. 03 M.S. in Structural Engineering Tongji University
2004. 09~2008. 06 B.E. in Civil Engineering Ocean University of China
Professional Experience:
2014.09~2016.9 Department of Structural Engineering, Tongji University Research assistant
2016.10~to date School of Architecture and Civil Engineering, Xiamen University Assistant professor
Honors and Awards: Member of International Association for Shell and Spatial Structures (IASS)
Research Grants:
Publications (Journal Articles, Books and Translated Books)：
A. Journal articles
[1] Li YT, *Liu T, Yang B, Zhang QL, Zhang YY. (2016). Effects of Natural Ageing on Mechanical Properties of Coated Fabrics. Structural Engineering International. (Accepted, SCI)
[2] Wang YW, *Liu T, Zhang QL, Lei K. (2016). A Practical Tool Used to Compute Thermal Performance of Glass Curtain Walls. Structural Engineering International. 26(2):114-120. (SCI)
[3] *Liu T, Zhang QL. (2016). Ap/Vp specific equivalent viscous damping model for base-isolated buildings characterized by SDOF systems. Engineering Structures, 111:36-47. (SCI)
[4] *Liu T, Zhang QL, Zordan T, Briseghella B. (2016). FE Model Updating of Canonica Bridge using Experimental Modal Data and Genetic Algorithm. Structural Engineering International, 26(1):27-36. (SCI)
[5] *Liu T, Yang B, Zhang QL. (2016). Health Monitoring System Developed for Tianjin 117 High-rise Building. Journal of Aerospace Engineering, B4016004. (SCI)
[6] Zhang QL, Yang B, Liu T, Li H, Lv J. (2015). Structural Health Monitoring of Shanghai Tower Considering Time-dependent Effects. International Journal of High-Rise Buildings, 4(1): 85-90.
[7] *Liu T, Zordan T, Zhang QL, Briseghella B. (2015). Equivalent Viscous Damping of Bilinear Hysteretic Oscillators. Journal of Structural Engineering ASCE, 141(11):06015002. (SCI)
[8] Pei MH, Guo HQ, Liu T. (2014). Comparison of Equivalent Linearization Methods for Seismic Design of Base-isolated Bridges. Highway, 59(7):158-163.
[9] Zordan T, Briseghella B, *Liu T. (2014). Finite Element Model Updating of a Tied-arch Bridge Using Douglas-Reid Method. Journal of Traffic and Transportation Engineering (English version), 1(4): 280-292.
[10] *Liu T, Zordan T, Briseghella B, Zhang QL. (2014). Simplified Linear Static Analysis for Base-Isolated Buildings with Friction Pendulum Systems. Structural Engineering International, 24(4):490-502. (SCI)
[11] Zordan T, *Liu T, Briseghella B, Zhang QL. (2014). Improved equivalent damping model for base isolated structures with lead rubber bearings. Engineering Structures, 75:340-352. (SCI)
[12] *Liu T, Zordan T, Briseghella B, Zhang QL. (2014). An improved equivalent linear model of seismic isolation system with bilinear behavior. Engineering Structures, 61:113-126. (SCI)
[13] *Liu T, Zordan T, Briseghella B, Zhang QL. (2014). Evaluation of equivalent linearization analysis methods for seismically isolated buildings characterized by SDOF systems. Engineering Structures, 59:619-634. (SCI)
[14] Briseghella B, Zordan T, *Liu T, Mazzarolo E. (2013). Friction Pendulum System as a Retrofit Technique for Existing Reinforced Concrete Building. Structural Engineering International, 23(2): 219-224. (SCI)
B. Conference articles
[15] Luo T, Liu T, Yang B, Zhang QL. (2015). Layout of wind pressure monitoring points of Shanghai Tower. 15th National Conference on Modern Structural Engineering, Kaifeng, pp. 1673-1682.
[16] Zordan T, Mazzarolo E, Zhang Q, Briseghella B, Liu T. (2014). Equivalent Linearization of Bridges with Bilinear Isolation Systems. 7th International Conference on Bridge Maintenance, Safety and Management (IABMAS 2014), Shanghai, China.
[17] Briseghella B, Zordan T, Romano A, Zambianchi L, Simone G, Liu T. (2012). Lift-up and Base Isolation as a Retrofit Technique for RC Existing Building. 15th World Conference on Earthquake Engineering, Lisbon, Portugal.
[18] Liu T, Zhang Q. (2011). Numerical method based on FE for heat flow computation of curtain walls with complex sections. In Intelligent Computation Technology and Automation (ICICTA), 2011 International Conference on IEEE, Vol. 1, pp: 857-861.
[19] Liu T, Zhang QL. (2010). Study on heat transfer performance of air layer in insulating glass. 10th National Conference on Modern Structural Engineering, Shanghai, pp: 719-724.
[20] Wang L, Chen L, Qiao K, Liu T, Zhang QL. (2010). Residual stress analysis of stud welding for existing loaded steel structure. 3rd National Conference of Steel Structure Engineering and Technical Exchange, Xi’an, pp: 556-559.
Office: Zengchengkui building, 510 Room
Tel(O): 0086 18759275937
Email: taoliu@xmu.edu.cn
