Steel dampers, specifically steel slit dampers (SSDs), are crucial for enhancing the seismic
resilience of buildings by absorbing energy and mitigating damage. SSDs are celebrated for …

The seismic resilience of industrial structures has become an increasingly important issue
considering the significant role played by industrial structures in social operation and post …

This research intends to propose an upgraded strategy for steel moment-resisting frames
(SMRFs) by implementing Self-Centering Energy-absorbing Dual Rocking Core (SEDRC) …

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 …

This research is focused on the development and experimental validation of a novel double-
stage yield steel slit damper-buckling restrained brace (SSD-DYB) system designed for …

This paper presents a framework based on the endurance time (ET) method to evaluate
bridge seismic fragility and resilience in the life-cycle context by considering corrosion …

It is well established that various sources of uncertainties play a critical role in the safety
assessment of engineering structures. Some widely used frameworks, such as performance …

This paper investigates the optimal design of steel moment-resisting frame (MRF) buildings,
with and without metallic yielding dampers, using a life-cycle cost (LCC)-based optimal …

Cloud analysis is based on linear regression in the logarithmic space using least squares, in
which a large number of nonlinear dynamic analyses are required to ensure the regression …

It is acknowledged that various sources of uncertainties play a vital role in the seismic
vulnerability of slope systems, while many studies ignore these sources in seismic …