Earthquake response analysis has been carried out for various locations in the State of
Haryana (India) adopting the equivalent linear approach. For this purpose, geotechnical …

The paper highlights the importance of using site-specific shear modulus reduction (G/G
max versus shear strain, γ) curves and damping ratio (D versus shear strain, γ) curves for …

The local site has a significant impact on the scale of destruction during an earthquake. Past
large historical earthquakes in Nepal have always resulted in substantial damages in …

Characteristics of ground motions generated during an earthquake (EQ) alter between
bedrock and the surface depending upon subsoil properties. Such modifications in the …

Site-specific ground response analysis is needed for seismic hazard estimation, and its
mitigation is required for seismically active regions of Pakistan. The work presented in the …

India's growing population and extensive unscientific structures put the country at risk of
suffering major casualties during earthquakes. To make buildings more earthquake …

Stiffness and damping properties of soil are essential parameters for any dynamic soil
structure interaction analysis. Often the required stiffness and damping properties are …

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 …

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 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 …