Education

Ph.D.    Structural Engineering   Wuhan University of Technology, 2008

M.S.     Structural Engineering   Wuhan University of Technology, 2002

B.S.     Structural Engineering   China University of Mining and Technology, 1995

Professional Experience

2009-Present: Associate Professor, civil Engineering, Hubei Key Laboratory of Roadway, Bridge, and Structure Engineering, Wuhan University of Technology, P. R. China

2012-2013: Visiting scholar, department of civil and environmental engineering. University of South Carolina, US

2007-2009: Lecturer, civil Engineering, Hubei Key Laboratory of Roadway, Bridge, and Structure Engineering, Wuhan University of Technology, P. R. China

2003-2007: Lecturer of Structural Engineering, Institute of Civil Engineering and Architecture, Wuhan University of Technology, P. R. China

1995-1999: Assistant Professor, civil Engineering, School of Architecture and Civil Engineering, China University of Mining and Technology, P. R. China

Teaching

Elastic mechanics for undergraduates

Structural disaster-mitigation technology, structural dynamical testing and earthquake engineering for graduates

Interests and Research

Durability and service-life prediction of wood structure,

Seismic performance of RC, steel and wood structure

Publications

[1].  Wang Xueliang, Jin Liang.(2014) Analysis of the Influence of Mortise-tenon Joint Damage on Seismic Performance of Ancient Timber Structure. Applied Mechanics and Materials Vols. 580-583:1595-1599

[2].  Wang Xueliang, Jin Liang.(2014). Damage Identifications of Member in Ancient timber structure based on modal strain energy method. The 2014 World Conference of Timber Engineering (WCTE2014).

[3].  Wang Xueliang, Zhang Fan.(2014).Experimental Study on Time-dependent Bending Strength Degradation Model of Structural Lumber under Fungi Decay. The 68th forest product society international convention (FPS68).

[4].  Liu Hui, Wang Xueliang Qu, Weilian, (2013) Research on Two-step Damage Detection Method for Complex Gird Truss Structure under Wind Load, Applied Mechanics and Materials Vols. 256-259: 1131-1138

[5].  Wang, Xueliang, Qu, Weilian (2009). Long-Term Cumulative Damage Model of Historical Timber Member under the Varying Hygrothermal Environment. Wuhan university Journal of Natural Sciences, 2009, 14(5): 430-436

[6].  Wang, Xueliang, Qu, Weilian (2009). Reliability-based Service Life Prediction of an Ancient Timber Structure. International Conference on Management and Service Science, MASS 2009, Article number: 5302282  (EI)

[7].  Wang, Xueliang, Qu, Weilian (2009). Research on Long-time Strength Degeneracy Model for Timber Members under Varying Hydrothermal Environment, Journal of China University of Mining and Technology38(5):634-639 (in Chinese)  (EI)

[8].  Wang, Xueliang, Liu, Hui, Li, Haibo (2008). Dynamic Characteristics and Mode Selection of a High Tower [J]. Advanced Materials Research: 33-37  (EI)

[9].  Qu, Weilian, Wang, Xueliang (2008). Residual Life Prediction of Historic Timber Truss Based on Strength Degeneracy Model, Journal of Huazhong University of Science and Technology(Urban Science Edition).25(3):1-4(in Chinese).

[10].       Qu, Weilian, Wang, Xueliang (2008). Reliability-based Residual Life Prediction of Timber Structure under Termite Attack. Journal of Wuhan University of Technology.30(12): 150-154 (in Chinese)

[11].       Wang, Xueliang, Qu, Weilian, Liu, Hui(2007). Finite Element Analysis on Dynamic Characteristics of Super High Tower in Guangzhou, Journal of Wuhan University of Technology. 29(1) : 142-144 (in Chinese) 

[12].       Wang, Xueliang, Li, Haibo, Lu, Zhean (2006). Finite Element Analysis on Layer-steel Fiber Reinforced Concrete Pavement, Journal of Wuhan University of Technology. 28(4):87-90 (in Chinese)

[13].      Wang, Xueliang, Wei, Wenhui, Li, Haibo (2004). Numerical Analysis on Dynamical Reponses of Frame with F-ved, Journal of Wuhan University of Technology.26(3): 67-69(in Chinese)

[14].       Wei, Wenhui, Wang, Xueliang (2002). The Control to the Earthquake Responses Frame Structures with Added Friction-viscoelastic Damper, Journal of Wuhan University of Technology.  24(6):51-54(in Chinese)　

[15].       Wei, Wenhui, Wang, Xueliang et al (2002). Control of Earthquake Responses of Buildings with Viscoelastic Dampers and Steel Braces. Earthquake Engineering and Engineering Vibration, 22(2):149-153(in Chinese)