This study investigates the failure behavior and post-impact damage of glass fiber reinforced
polymer (GFRP) bar reinforced bridge pier under truck collision. The finite element model of …

Vehicle collision on reinforced concrete bridge pier (RCBP) frequently occurred all over the
world in the past two decades, posing a potential threat to safety of the bridge. However, the …

To improving the impact resistance of RC bridge piers under truck collision, numerical
simulation is carried out to compare the dynamic response of reinforced concrete (RC) piers …

The bridge failure caused by vehicle impact is a great potential traffic danger. According to
the new trend of bridge industrialization construction, this study aims to explore the dynamic …

Along with the increase of motor vehicles on the roads, the number of vehicle collisions with
highway bridge piers has increased. The collision can cause severe damage to the structure …

As-built bridge piers are likely to be subjected to vehicular collisions, causing severe
damage to the bridge substructure and even resulting in the collapse of the entire bridge …

Vehicle collisions with piers are main threat to bridge structures, thus the impact resistance
of pier is significant for bridge structure safety. This paper presents the experimental and …

In this study, finite element (FE) simulation is conducted to analyze the dynamic response
and damage/failure characteristics of typical three-column reinforced concrete (RC) piers …

This study explores the performance-based design of a composite material named carbon
fiber reinforced polymer (CFRP) grid-reinforced engineering cementitious composite (ECC) …

Barge impact is a potential hazard to bridge piers located in navigation waterways. Pier
protection against barge impact is of vital importance and thus protective structures of …