The dual metamodeling approach is usually adopted to tackle the stochastic nature of
earthquakes in seismic reliability analysis relying on the lognormal response assumption …

The design optimization of structures under multi-hazard scenarios is challenging,
especially when different hazards have contradicting influences on the selection of design …

The complexity of earthquakes and the nonlinearity of structures tend to increase the
calculation cost of reliability-based design optimization (RBDO). To reduce computational …

Metamodel‐based seismic fragility analysis methods can overcome the challenge of high
computational costs of problems considering the uncertainties of earthquakes and structural …

Abstract The Monte Carlo simulation (MCS) technique is quite simple in concept and the
most accurate for seismic reliability analysis (SRA) of structures involving nonlinear seismic …

We propose a surrogate modeling framework based on dimension reduction to facilitate the
quantification of seismic risk of structural systems in performance-based earthquake …

Seismic isolation is an effective technology for mitigating the seismic damage to bridges.
However, rupture and large cracks of laminated rubber bearings, including lead rubber …

The adaptive seismic isolation system has attracted significant attention from researchers
due to its multi-stage behavior and which can be used for multi-staged performance-based …

Base-isolated structures face a risk of damage under the action of earthquakes, and base
isolation devices may be susceptible to damage during severe earthquakes. This study …

This paper investigates the effect of supplementary cementitious materials (SCMs) on the
fresh and mechanical properties of nano-silica modified cement-based materials (NSMCBM) …