Background Underwater ship has extremely high requirements for vibration and noise
control. Reducing the vibration and noise level of underwater ship has always been a hot …

Traditional seismic evaluations for high‐voltage switchgear equipment, the critical power
facilities, consider only structural failure mode and may underestimate the actual seismic …

To analyze the seismic failure risk of an 800 kV filter circuit, which is a coupling system
consisting of a series of interconnected post electrical equipment and a suspension filter in …

To assess the electrical function of equipment in substations after earthquakes, a rapid
assessment method integrating electrical function conversion relation, numerical simulation …

Engineering structures often exhibit multiple potential vulnerable positions during strong
earthquakes, such as porcelain insulators and connection flanges of electrical equipment in …

This study proposes a rapid assessment framework for loop systems in substations after
earthquakes, in which multiple one-to-one machine learning (ML) models are established …

This study aims to evaluate the influences of modeling-related uncertainties on the seismic
response and fragility function of the four vulnerable components of electrical substation …

Seismic vulnerability evaluations of substation equipment under multiple correlated failure
modes are urgently needed. The Copula method, an efficient tool for considering the …

When an earthquake occurs, electrical equipment in a substation exhibits a certain level of
seismic failure correlation since they suffer similar ground motions and share similar …

Reducing vibrations occurring in structures under environmental loads makes a significant
contribution to the development of structural safety. Tuned mass dampers (TMD) are one of …