Seismic hazard and seismic actions for the design of buildings are strongly influenced by site response because of significant amplification expected for the specific stratigraphic and …
Dense sands subjected to earthquake shaking may not liquefy but experience differential settlements that can cause damage or limit the serviceability of overlying structures and …
Finite element programs allow for an enhancement in the computational capabilities of earthquake site response models. However, many finite element programs involve …
Examination of the ground records in earthquake zones contributes to more accurate analysis of ground movements and more appropriate designs during the construction …
• Site response studies: Linear, equivalent-linear, and nonlinear analyses of 18 ground- motion records at this site• Objectives: Build upon the results of Kaklamanos et al.(2013a) by …