Dr. LIU Li-xian
Associate Professor
Email：@qq.com
Academic Qualifications
1990.9–1994.7,BEng, Department of Civil Engineering, School of Architecture and Environment, Sichuan University
2000.9–2002.7,MEng, Department of Civil Engineering, School of Civil Engineering, Tsinghua University
2006.1–2009.12,PhD, Florida Atlantic University USA
Working Experience,
2011.3 To date,Associate Professor, School of Civil Engineering and Architecture, Kunming University of Science and Technology
2003-2017.3, Yunnan TST Engineering Testing & Appraisal Co.,Ltd，Technical director，Senior engineer
Research Fields
1. Concrete structure fire resistance
2. Structural reinforcement
3. Structural safety performance assessment
Part-time Academic Job
1. Yunnan Province Engineering Testing Association, deputy director of the Committee of Experts
2. Yunnan expert evaluation in expert library
3. Expert in Kunming subway construction expert library, expert of National MTR commissioning / trial operation review
4. Expert of structural engineering expert library , Department of Construction , Yunnan Provincial
5. Expert in expert library of Yunnan Province civil air defense project
Research Fundings
1. Study on Mechanical Behavior of Reinforced Concrete Columns Strengthened by Concrete Reinforcement, National Natural Science Foundation of China, Grant No. **
2. High-strength concrete high-temperature force performance and its application, China National Natural Science Foundation, approval number: **
3. Effects of Elevated Temperature and Fire on Structural Elements Retrofitted with Carbon Fiber Reinforced Polymer Composites, National Natural Science Foundation of the United States
4. Size Effect of Fire and Heat Exposure on Structural Concrete Elements, National Natural Science Foundation of the United States
Honors and Awards
1. Lixian*, Reddy D.V., Sobhan K., “A Simplified Method For Estimating Load Capacity Of Three-Side Fire-Damaged Columns/Beams,” 34th Conference on Our World in Concrete and Structures, Sep.16-18，2009 (American Concrete Association awarded the Excellent Paper Award)
2. Participate in the subject: high temperature performance and calculation of concrete, in 2005, the Ministry of Education Science and Technology Achievement Award
Academic Achievements
[1] LIU Li-Xian,LI Wei,LV Long. Importance of real-time monitoring of high-formwork system in the concrete-pouring period[J]. Building structure.2016(46).
[2] LIU Li-xian, LI Wei, WANG Lin. Statistical Analysis on the Current Situation of Investigation and Safety of Rural Dangerous Housing in Chuxiong City, Yunnan Province. Journal of Kunming University of Science and Technology[J]. 2016(16).
[3] LIU Li-xian, LI Wei, WANG Lin. Discussion on Reinforcement of Dangerous Buildings in Cloud Countryside. Low temperature construction technology[J]. 2016(02).
[4] LIU Li-xian, LV Long, ZHAO Yan-feng. Effect of Cross-section Size on Fire Endurance of Axially Compressed Reinforced Concrete Columns [J]. Building Science. 2015（7），35-40.
[5] LIU Li-xian, ZHAO Yan-feng, LV Long. Study of Concrete Strength-measuring Curve by Rebound Method for Kunming District. Building Science. 2015（9），65-69.
[6] LIU Li-xian, LV long, LIU zheng, WANG Hai-ying. Investigation on the Mechanical Behavior of Concrete after Elevated temperature[J]. Building Science. Vol.06,2005,pp.16-20.
[7] LIU Li-xian, LIU zheng, WANG Hai-ying. Finite Element Analysis of High Temperature Performance of Reinforced Concrete Compression Members. Journal of Kunming University of Science and Technology[J]. Vol.10,2005，pp.69-72.
[8] LIU Li-xian, SHI Xu-dong, GUO Zhen-hai. Experimental Investigation on Strength Recovery Behaviors of Fire-damaged Concrete Cured in Water[J],Industrial Construction, Vol.05，2003,pp.50-52, 77.
[9] LIU Li-xian, SHI Xu-dong, GUO Zhen-hai. Experimental Investigation of Strengthened Reinforced Concrete Columns after Exposure to High Temperature[J]. Engineering Mechanics. 20(5),2003，pp18-23（EI）.
[10] LIU Li-xian, SHI Xu-dong, GUO Zhen-hai. Simplified Calculation of Ultimate Bearing Capacity of Reinforced Concrete Columns Strengthened by Increasing Section Method. Building structure. Vol.10, 2004，pp.71-73（EI）.
[11] Analytical and Experimental Studies on Axially Compressed Members with Non-Uniform Section, Non-Linear Material and Stress Historical Difference[J]. Mechanics in Engineering. Vol.06，2003，pp.38-41.
Books Involved:
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