During the seismic vulnerability assessment of structures, uncertainties can be considered
from two sources, namely (a) aleatory characteristics and (b) epistemic characteristics …

A simplified method for seismic risk assessment with consideration of aleatory and epistemic
uncertainties is applied to an example of a reinforced concrete frame structure. The fragility …

Robust performance‐based earthquake assessment should consider the effects of both
aleatory and epistemic uncertainty on seismic response parameters. While the effects of …

A simplified method for seismic risk assessment with consideration of aleatory and epistemic
uncertainties is proposed based on the widely used closed-form solution for estimating the …

The study's primary goal is to examine the presence of epistemic uncertainty in the RC frame
when subjected to lateral force. The seismic response of the RC frame and the impact of …

In the paper a practical methodology for the determination of the set of structural models,
which need to be defined in order to simulate the influence of epistemic uncertainty on …

Probabilistic performance-based methods are well integrated into earthquake engineering
applications. Therefore, the seismic response uncertainty and its sources must be …

Quantifying the impact of modelling uncertainty on seismic performance assessment of
existing buildings is non-trivial when considering the partial information available on …

Quantifying aleatory and epistemic uncertainty in nonlinear structural response simulation is
key to robust performance-based seismic assessments. This paper focuses on the modeling …