The methods for preventing earthquake-induced structural pounding between two adjacent
buildings include ensuring a sufficient separation distance between them or decreasing their …

Large displacement of structures observed during seismic excitations may lead to collisions
between two adjacent, insufficiently-separated buildings and may result in major damages …

It is a common situation that seismic excitations may lead to collisions between adjacent civil
engineering structures. This phenomenon, called earthquake-induced structural pounding …

This research aims to determine the mechanical, chemical, and physical properties of old
concrete used in the former Leipziger Palace in Wrocław, Poland. The cylindrical specimens …

A lack of spacing between the adjacent structures is mostly observed in metropolitan cities
due to more land cost, which has led to more serious problem called as structural pounding …

Studies on earthquake-related damage underscore that buildings are vulnerable to
significant harm or even collapse during moderate to strong ground motions. Of particular …

The collision between adjacent buildings with an insufficient seismic separation distance
has been reported after earthquakes. This collision between adjacent buildings, commonly …

Purpose The main purpose of the present study is to investigate the various parameters and
three adjacent MDOF system under surface blast action like gap distance, blast distance …

This study explores the optimal viscous damper size required to prevent a five-story building
from colliding with a rigid wall. It comprises two parts, both based on the novel application of …

A Structural pounding is most commonly observed failure when tremor hits the area, that's
happen due to insufficient spacing between the two structural units. Pounding induced a …