| Personal Profile | In   2010, Mr. Guangjun Sun graduated from Southeast University and obtained his   doctor’s degree in Disaster Prevention and Mitigation Engineering. In 2015,   he finished his work on civil engineering of the  postdoctoral research station of Beijing   University of Technology. Currently, he is an associate professor and master tutor   of Nanjing Tech University. He has directed more than 10 national, provincial   and ministerial scientific research projects, published more than 50 papers   and 2 translated textbooks, and obtained the authorization of 7 national   patents. He is mainly engaged in the research on seismic design of   engineering structures. | 
   
    | Representative Research Projects / Works / Papers | 1. Guangjun   Sun,   Hongjing Li, Tong Wang, Qiang Xu, Out-of-plane free-vibration analysis of   continuous curved girders with combined linetypes using differential   quadrature element method, International Journal of Structural Stability and   Dynamics, 2021. (SCI) 2. Bingyan   Wu, Guangjun Sun*, Hongjing Li, Shengyu Wang, Effect of variable axial   load on seismic behaviour of reinforced concrete columns, Engineering   Structures, Volume 250, 2022, 113388,   https://doi.org/10.1016/j.engstruct.2021.113388. (SCI) 3. Zhijie   Yuan, Guangjun Sun*, Xiaoping Wu, Hongjing Li, Lei Kong, Research on   vertical deformation and predeformation control of three-tower connected   super high-rise structure during construction, The Structural Design of Tall   and Special Buildings, Version of Record online:02 December 2021. (SCI) 4. Guangjun   Sun, Hongjing Li, Kaiya Bian. Analysis of seismic collapse mechanism of   reinforced concrete frame structures subjected to near-fault ground motions.   Journal of Vibration and Shock. 2020. 39 (10): 234-241 + 255 (EI) 5. Guangjun   Sun, Sen Wang, Hongjing Li. Failure Control Device for Bridges During   Earthquake. Journal of Vibration, Measurement & Diagnosis. 2019. 39 (02):   424-430 + 451-452 (EI) 6. Guangjun Sun, Zhengjia Li, Shixiang Zhang,   et al. Study of Influences of Structural Damage on Structural Performance   of Tied Arch Bridge. Bridge construction. 2018. (02): 61-66 (EI) |