Current seismic codes propose designing all new buildings in isolation from their
neighbours. As a result, all modified seismic risks associated with interbuilding dynamic …

Recent studies have confirmed that dense building clusters located in urban areas
significantly changed ground motion. This phenomenon, known as site-city interaction (SCI) …

Tall buildings can affect the seismic safety of shorter buildings in their vicinities. Majority of
the studies have investigated such influences by analyzing the structure-soil-structure …

Recently, the concept of ground motions within dense urban areas being significantly
affected by upper building clusters has been widely accepted. However, multiple …

In densely-populated cities, complex site-city interaction (SCI) effects can occur and may
result in non-negligible influences on the input motions to buildings. Due to its complexity …

Soil‐structure cluster dynamic interaction (SSCI) has a significant effect on structural
responses as well as ground motions for soft soil, while investigations on the latter remain …

Frequently, buildings in urban areas are designed by considering their stand‐alone
response, that is, as single structures with no neighboring buildings. Nevertheless, the …

As the hub of the traffic network, the rapid damage assessment of bridges after earthquake is
of great significance for post-disaster rescue. Traditional vulnerability-based method can …

保证城市土木工程基础设施的功能是建设韧性城市的关键. 以“灾害/环境作用-结构响应-
灾变控制-韧性提升” 为主线, 从材料, 结构, 系统等不同尺度, 对相关研究成果进行回顾与分析 …

The seismic damage simulation of buildings has become a research focus because of the
rapid urbanisation and the increase in the building density. However, there is no consensus …