Mutual pounding between structures during earthquakes may cause serious structural
damage. The aim of this paper is to show the results of a shaking table experimental study …

Pounding between structures in series during earthquakes may cause serious damage in
the structural elements. The aim of this paper is to show the results of an experimental and …

Pounding damage has been observed frequently in major earthquakes in the form of
aesthetic, minor or major structural cracks and collapse of buildings. Studies have identified …

The phenomenon of earthquake‐induced structural pounding has attracted the researchers'
attention for several years now. The aim of this paper is to show the results of two …

It has been observed during earthquakes that adjacent building, or bridge segments, might
come into contact if the separation distance between them is not sufficient so as to …

Pounding between adjacent structures during earthquakes may significantly modify their
response in terms of forces and displacements. In addition, it has a considerable influence …

Earthquake-induced pounding between adjacent buildings has been identified as one of the
reasons for substantial damage or even total collapse of colliding structures. A major reason …

Pounding between adjacent structures is commonly observed phenomenon during
earthquakes. In metropolitan areas, due to increasing population and land values buildings …

Pounding between closely located adjacent buildings is a serious issue of dense cities in
the earthquake prone areas. Seismic responses of adjacent buildings subjected to …

Previous research on pounding between seismically isolated buildings during earthquakes
has been focused on impacts at the bases of structures and the effect of simultaneous …