Seismic induced pounding damage to bridge structures was repeatedly observed in many previous major earthquakes. To avoid this adverse effect, extensive research efforts have been made by many researchers. This paper presents a state-of-the-art review in this field. It includes a brief review of the numerical modeling of bridge structures and impact models, numerical simulation of pounding responses between different components of bridge structures, experimental investigations, and pounding mitigation methods
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding effects on prefabricated frame bridges are not clear, which may influence seismic behaviors...
Bridge damage due to pounding at joints of girders and abutments has been observed in many major ear...
Previous studies of pounding responses of bridge structures to seismic loadings are usually based on...
Pounding induced damage to structures, either buildings or bridges, was observed extensive...
During the last strong earthquakes, the impact between closely adjacent structures was reported as o...
Poundings between adjacent bridge structures were observed in almost all the major earthquakes in th...
The observation of damage to structures, either buildings or bridges, due to earthquake induced poun...
Pounding and unseating damages to bridge superstructures have been commonly observed in many previou...
Earthquake ground motion can induce out-of-phase vibrations between adjacent structures due to diffe...
Previous studies of pounding responses of adjacent bridge structures under seismic excitation were u...
Bridge infrastructure is an integral component of the transportation network with significant strate...
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding effects on prefabricated frame bridges are not clear, which may influence seismic behaviors...
Bridge damage due to pounding at joints of girders and abutments has been observed in many major ear...
Previous studies of pounding responses of bridge structures to seismic loadings are usually based on...
Pounding induced damage to structures, either buildings or bridges, was observed extensive...
During the last strong earthquakes, the impact between closely adjacent structures was reported as o...
Poundings between adjacent bridge structures were observed in almost all the major earthquakes in th...
The observation of damage to structures, either buildings or bridges, due to earthquake induced poun...
Pounding and unseating damages to bridge superstructures have been commonly observed in many previou...
Earthquake ground motion can induce out-of-phase vibrations between adjacent structures due to diffe...
Previous studies of pounding responses of adjacent bridge structures under seismic excitation were u...
Bridge infrastructure is an integral component of the transportation network with significant strate...
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding between neighboring structures is a complex phenomenon that can occur under strong seismic ...
Pounding effects on prefabricated frame bridges are not clear, which may influence seismic behaviors...
Bridge damage due to pounding at joints of girders and abutments has been observed in many major ear...