This study examines the feasibility of using a machine learning approach for rapid damage
assessment of reinforced concrete (RC) buildings after the earthquake. Since the real-world …

There exists a close relationship between the architectural plan of a building and its
performance under earthquake ground motion. A building with a regular structure takes less …

The selection of an adequate response reduction factor (R) in the seismic design of a
reinforced concrete building is critical to the building's seismic response. To construct a …

The response of the building to an earthquake not only depends on the characteristics of the
building but also on those of earthquake ground motion. The present study intends to …

The friction pendulum system (FPS) is a crucial tool for seismic protection. However,
effectiveness in curved bridges, especially controlling torsional moments (TMs), has not …

The seismic resilience of a structure has been evaluated using peak ground acceleration
(PGA). Ground motion parameters such as source characteristics, local site conditions are …

This paper presents a comprehensive seismic hazard assessment for Guwahati city, located
in the northeast region of India. The earthquake data considered for the study is from 1762 to …

Seismic hazard analysis is an important method for analysing the possible danger of
earthquakes in a specific location. North-Eastern India experiences strong seismic activity …

In this study, we conducted a comprehensive assessment of earthquake recurrence
parameters along the Himalayan seismic belt (HSB), defined by coordinates 25°-35° N and …

Bridge bearings perform the dual function of transferring reaction forces from the super-
structure to the sub-structure and facilitating the venting of possible extra stresses that may …