姓名：白峰涛
职称：副教授
专业：土木工程
所在单位（系、所、中心等）：土木工程系
通讯地址：青岛市松岭路238号七时吉祥
学习经历：
2012/01–2016/05，Auburn University，College of Engineering, PhD
2011/07–2011/12，North Carolina State University，Department of Civil Engineering
2008/09–2011/5，西南交通大学，桥梁与隧道工程，硕士
2018/06–2019/06，University of Nebraska-Lincoln，Midwest Roadside Safety Facility，博士后研究员
2017/04–2018/06，Lehigh University，ATLSS Center，博士后研究员
工作经历：
2019/09–至今，七时吉祥，七时吉祥土木工程系，副教授
讲授课程：
本科生：结构力学，组合结构
研究生：高等结构分析及应用
学术兼职：
青岛市力学学会，理事
预应力及预制结构协会（PCI）三明治结构委员会，理事
美国土木工程师协会（ASCE），会员
Engineering Structures, ACI structural journal, Construction and building materials, Composite structures等学术期刊审稿
代表性论著：
[1]Xiaomin Li, Dianpeng Chen, Honglu Gu, Fengtao Bai*, Three-dimensional vortex-induced vibration analysis of catenary-type risers under flow with different incident angles, Ocean Engineering, 2021
[2]Xiaomin Li, Wenfei Wei, Fengtao Bai*, A full three-dimensional vortex-induced vibration prediction model for top-tensioned risers based on vector form intrinsic finite element method, Ocean Engineering, 2020
[3]Fengtao Bai, Youkun Sun, Xixi Liu, Xiaomin Li*, A theoretical perspective on the effective distribution of shear connectors in sandwich structures, Composite Structures, 272(2021)114139
[4]Fengtao Bai*, Qi Guo; Kyle Root; Clay Naito; Spencer Quiel, Blast vulnerability assessment of road tunnels with reinforced concrete liners, Transportation Research Record - TRB Journal, 2018.09.28, 18-05880.
[5]Fengtao Bai*, James Davidson, Composite beam theory for pretensioned concrete structures with solutions to transfer length and immediate prestress losses, Engineering Structures, 2016.11.01, 126: 739~758
[6]Fengtao Bai*, James Davidson, Theory for composite sandwich structures with unsymmetrical wythes, Engineering Structures, 2016.06.01, 116:178~191.
[7]Fengtao Bai*, James Davidson, Analysis of partially composite foam insulated concrete sandwich structures, Engineering Structures, 2015.05.01, 91:197~209
[8]Fengtao Bai*, James Davidson, Theoretical study of foam insulated concrete sandwich panel behavior for extreme load events, 6th International Conference on PROTECTION OF STRUCTURES AGAINST HAZARDS, Tianjin, China, 2014.1 0.15-2014.10.17
