Date of Birth

1966-11

Professional Title

Professor

E-mail

hjing@njtech.edu.cn

Research Fields

Structural Dynamics,  

Earthquake Engineering

Personal Profile

In 1998, Hongjing Li received a   doctor's degree in engineering from the Institute of Engineering Mechanics,   CEA. In 2000, he was rated as the researcher by the CEA. In 2001, he joined   the College of Civil Engineering of Nanjing Tech University, and served as a   professor. His recent research interests mainly focus on structural dynamics,   numerical simulation of near-field wave motion, seismic toughness improvement   and so on.

Representative Research Projects / Works / Papers

Representative   scientific research projects:

1.   Key Support Project of the Joint Fund from the National Natural Science   Foundation of China and the Earthquake Science Foundation of the CEA:   Research on Characteristics and Toughness Fortification Standards of   Broad-band Strong Ground Motion in Sichuan, Yunnan and Tibet (U2039208).   2021-2024

2. The   National Natural Science Foundation of China: Research on Mechanism of   Continuous Earthquake Collapse in Near-fault Concrete Frame (51478222).   2015-2018

3. The   National Natural Science Foundation of China: Research on Numerical   Simulation Method of Ground Motion in Mountainous Areas (51278245). 2013-2016

Representative   works:

1. Hongjing Li, Xiaopeng Yang,   Yuchen Mei. A HIGH-ORDER PROCEDURE FOR DYNAMICS OF MULTI-DEGREE-OF-FREEDOM   DAMPING SYSTEMS. Engineering Mechanics. 2021. 38 (1): 15-26

2. Hongjing Li, Yuchen Mei,   Yongliang Ren. AN INTEGRAL DIFFERENTIATION PROCEDURE FOR DYNAMIC   TIME-HISTORY RESPONSE ANALYSIS OF STRUCTURES. Chinese Journal of   Theoretical and Applied Mechanics. 2019. 51 (5): 1507-1516.

3. Hongjing Li, Michael J.   O'Rourke. Valley amplification of horizontal ground strain. Soil Dynamics and   Earthquake Engineering, 2019, 116: 612-619.

4. Lu Han, Jingxiong Wang,   Hongjing Li, Guangjun Sun. A time-domain spectral element method with C1   continuity for static and dynamic analysis of frame structures. Structures,   2020, 28: 604-613.

5. Bingyan Wu, Guangjun Sun,   Hongjing Li, Shengyu Wang. Effect of variable axial load on seismic behaviour   of reinforced concrete columns. Engineering Structures, 2022, 250: 113388.