Bai Jianfang

                                

Ph.D., Lecturer

Department of Civil Engineering, Shijiazhuang Tiedao University

Education

•Ph.D., Disaster Prevention and Mitigation Engineering, Tongji University

•M.S., Disaster Prevention and Mitigation Engineering, XiĄŻan University of Architecture and Technology

•B.S., Construction, Hebei Polytechnic University


Research Areas

Dynamic computational theory for complicated structures


Research Profile

Dr. Jianfang Bai is Lecturer of Civil engineering in Shijiazhuang Tiedao University. His major research fields include Seismic resistant of structures and vibration control, dynamic computa-

tional theory for complicated structures. Dr. Bai teaches reinforced concrete structure and steel structure for undergraduate student and teaches advanced reinforced concrete for graduate student at Shijiazhuang Tiedao University. He has published 1 monograph, more than 20 theses in top journal (3 EI)..


Selected Recent Publications

1          Bai Jianfang, Lou Menglin, Partition principle of the finite element meshes of soil under traveling wave excitations, World Earthquake Engineering, 25(1):48-51,2009

2          Bai Jianfang, Lou Menglin, An Ritz solution for modal characteristics of composite beam, Earthquake Resistant Engineering and Retrofitting 30 (5): 20-23, 2008

3          Bai Jianfang, Lou Menglin, Pseudo-Static displacements calculation base on static substructure method under multiple support excitation, Technology for Earthquake Disaster Prevention, 3(4):429-435,2008

4  Bai Jianfang, Lou Menglin, The dynamic substructure method for seismic response of irregular topography, Technology for Earthquake Disaster Prevention, 3(2):145-154, 2008

5  Bai Jianfang, Lou Menglin and Ye Aijun, Earthquake response numerical analysis of south ramp bridge of Su-Tong bridge, Technology for Earthquake Disaster Prevention, 2(2):176-186, 2007

6   Bai Jianfang, Lou Menglin, A study of two problems in finite element modeling for irregular topography, Geotechnical Engineering World, 11(9):27-30,2008

7   Bai Jianfang, Bai Guoliang, Damage analysis of RC abnormal joints based on neural networks, Journal of Earthquake Engineering and Engineering Vibration, 27(1):66-71, 2007

8   Bai Jianfang, Lou Menglin, A restrained mode synthesis method for seismic response analysis of large-scale complicated soil site with considering local nonlinear effect, Proceedings of The Sixteenth National Conference on Structural Engineering, No.III:14-19, 2007

9   Lou Menglin Bai Jianfang, Substructure method for earthquake response analysis of complicated site soil based on modal perturbation principle, Chinese Journal of Computational Mechanics, 26(2):221-225, 2009

10  Lou Menglin Bai Jianfang, An perturbation solution for modal characteristics of beam strengthened by FRP, Journal of Architecture and Civil Engineering, 22(2):21-24,2005

11  Bai Jianfang, Bai Guoliang and Shi Guanqing, Artificial neural networks-based modeling of hysteretic behavior for RC abnormal joints, World Earthquake Engineering, 20(2):50-54,2004

12  Bai Jianfang Bai Guoliang and Yang Xiaohong, Damage analysis of SRC abnormal joints under low-cycle loads, Journal of XIĄŻAN University of Architecture & Technology, 36(1):35-39,2004

13  Bai Jianfang Bai Guoliang and Zhang Shuyun, Prediction on anti-shear capacity of RC abnormal joints based on artificial neural networks, Journal of XIĄŻAN University of Architecture & Technology, 36(2):171-175,2004