Abstract：
In this paper, from the angle of the contact angle between the rail and the vehicle, the vehicle collision problem of the concrete bridge barrier is studied by computer simulation. Using LS-DYNA finite element analysis software to establish the simulation model of concrete bridge guardrail and vehicle collision, and from the collision shape, impact velocity and angle analysis the finite element simulation model, several important conclusions are obtained by changing simulation parameters of the different collision conditions, in-depth study of the collision car dynamic response and guardrail crash characteristics.
DU Qing,FENG Jie,QING Long-bang. Finite element simulation and analysis of vehicle impact on concrete
bridge barrier[J]. Architecture Technology, 2018, 49(1): 58-.
