Seismic damage simulation of buildings on a regional scale is important for loss estimation
and disaster mitigation of cities. However, the interaction among densely distributed …

This study assesses the 3D amplification effects in shallow basins and quantifies the effects
of site‐city interaction (SCI) on high‐rise buildings. A regional‐scale 3D spectral element …

Underground structures often pass beneath high-rise buildings or are located close to them
in megacities. Given complex site-city interactions, conventional earthquake engineering …

We demonstrate the effects of soil–structure interaction (SSI) for three idealized building
typologies on a regional scale, using a simulated earthquake scenario of the 2008 M w 5.4 …

Abstract We present Seismo-VLAB (SVL), a new open-source, object-oriented finite element
software designed to optimize meso-scale simulations in the context of structural and …

Previous studies have shown that site-city interaction (SCI) is important for sustainable
seismic design in a congested urban environment. However, due to its complexity, the …

In civil engineering, almost all structures are somehow in contact with soil–ie, have
foundations or support elements that either rest on or are embedded in soil. Thus, their …

This study presents a novel approach for a multi-scale seismic analysis of a city block
capable of capturing the site-city interaction (SCI) effect, which is usually disregarded in …

随着土-结构相互作用和结构-土-结构相互作用研究的不断深入, 城市中密集分布建筑之间及其与
复杂场地环境之间在地震时的相互作用效应也引起了广泛关注. 目前在常规的地震响应分析中 …

Cities laying in moderate to high earthquake hazard zones, an accurate prediction of site
response is of paramount importance. The 1985 Mexico City earthquake is renowned for the …