Multi-parameter assessment method for seismic resilience of subway
To achieve this goal, a series of finite element models of the soil-station system were developed and employed to investigate the impact of site type, seismic intensity, and
Research Uncovers Key Insights for Seismic Resilience in
Recent research on the seismic response of assembled monolithic subway stations has unveiled critical insights that could reshape the construction and engineering sectors,
Multi-parameter assessment method for seismic resilience of
To achieve this goal, a series of finite element models of the soil-station system were developed and employed to investigate the impact of site type, seismic intensity, and
Study on Seismic Resilience Quantitative
To demonstrate the proposed seismic resilience assessment framework for subway stations and analyze the effectiveness of the
California''s subway tunnels exemplify seismically
Designing underground structures, especially road and rail networks, that are resilient to seismic events is a complex process. WSP
Analysis of influence of seismic impact on evacuability in subway
Specifically, this research aims to elucidate the consequences of seismic impact on subway stations in terms of evacuability, detailing the effort required for users located in
California''s subway tunnels exemplify seismically safe infrastructure
Designing underground structures, especially road and rail networks, that are resilient to seismic events is a complex process. WSP engineers who have designed and
Study on Seismic Resilience Quantitative Framework of Subway Stations
To demonstrate the proposed seismic resilience assessment framework for subway stations and analyze the effectiveness of the seismic resilience improvement method,
Seismic Design Approach for Underground Structures of Los
Located in downtown Los Angeles, California, one of the most active seismic regions, the project underwent comprehensive seismic design for its underground structures in
Analysis of influence of seismic impact on evacuability in subway stations
Specifically, this research aims to elucidate the consequences of seismic impact on subway stations in terms of evacuability, detailing the effort required for users located in
Earthquake-Resistant Underground Structures
In this article, we will explore the latest techniques and best practices for designing and constructing earthquake-resistant underground structures. The need for earthquake
Post‐earthquake functionality assessment of subway stations
The proposed framework can assist stakeholders of subway stations to systematically assess the functional performance of the system under different earthquake
Research Uncovers Key Insights for Seismic Resilience in Subway Stations
Recent research on the seismic response of assembled monolithic subway stations has unveiled critical insights that could reshape the construction and engineering sectors,
Post‐earthquake functionality assessment of
The proposed framework can assist stakeholders of subway stations to systematically assess the functional performance of the
Earthquake Resilient Storage for Seismic-Resistant Warehousing
Our storage systems feature seismic-resistant, moment-resisting reinforcements, offering the strength and flexibility to evenly distribute seismic forces and absorb energy without collapsing.
Seismic response of subway station-tunnel with expansion joint
By implementing these seismic measures, the seismic performance of the subway station-tunnel connection section structure under different liquefiable site conditions can be