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

Electrical substations suffer significant functionality and economic damage during
earthquakes. To improve the seismic reliability and safety of substation systems, this study …

Power infrastructures consist of cantilever-post facilities interconnected by highly flexible
conductors, which cause weak coupling effects and significantly threaten seismic …

Electrical substation systems exhibit vulnerability after an earthquake. It results in significant
economic losses because of the uncertainty of the functional state and recovery process. To …

Short span cables subject to vary small values of axial force are encountered in several
technical engineering applications such as flexible-bus electrical conductors and Bretelle …

A computational framework is developed for efficient simulation of slender components that
can be modeled as Kirchhoff rods. The work is motivated by the need to simulate highly …

Most nonlinear dynamical systems are difficult to solve analytically. A significant proportion
of these nonlinear trajectories exhibit high dimensionality, leading to heightened complexity …

Vulnerability of substations in earthquake-prone areas can result in major power outages,
severe economic loss, and disruption of post-earthquake response. Past earthquakes have …