In this study, one dimensional equivalent–linear ground response analyses were performed
for some typical sites in the Guwahati city, India. Six bore locations covering about 250 km2 …

Any earthquake event is associated with a rupture mechanism at the source, propagation of
seismic waves through underlying rock and finally these waves travel through the soil layers …

Ground motion while travelling from the bedrock to the ground surface, causing a change in
amplitude and frequency of the seismic waves, and leading to amplification of ground …

It is the most discerned fact that earthquake ground motion alters as it propagates through
the soil from bedrock to the surface. The parameters that need to be defined in order to …

This paper evaluates the effect of local site conditions on the seismic hazard of the relocated
new Balakot town as a result of the complete destruction of old Balakot city due to the 2005 …

It is well known that the local soil condition is an important factor in changing the ground
motion parameters during earthquake. Therefore, it becomes important to carry out site …

Site specific seismic ground response analysis is carried out for Panjim City, Goa. Typical
threeborehole locations were considered. Equivalent linear ground response analysis for …

The assessment of local site effects on seismic ground motions is of great importance in
earthquake engineering practice. Several destructive earthquakes in the past have …

One dimensional equivalent linear ground response analysis was conducted in the Margalla
Tower building in Islamabad, which collapsed during 2005 Muzaffarabad Earthquake. The …

The influence of local geological and geotechnical characteristics on the scale of ground
shaking during the earthquake has been well known for a long time. Typical characteristics …