An inverse strategy is developed for identifying the parameters of the hysteretic
phenomenological constitutive model presented in Vaiana et al.(2019) and belonging to a …

The experimental dynamical response of three types of nonlinear hysteretic systems is
identified employing phenomenological models togheter with the Differential Evolutionary …

The number and nature of hysteretic responses typically exhibited by mechanical systems
and materials are so huge that their modeling and identification are usually carried out on an …

Most studies tackling hysteresis identification in the technical literature follow white-box
approaches, ie they rely on the assumption that measured data obey a specific hysteretic …

The Bouc-Wen model is able to capture, in an analytical form, a range of shapes of
hysteretic cycles which match the behavior of a wide class of nonlinear systems. The …

Most of the published literature concerned with the parameter estimation of the Bouc–Wen
model of hysteresis via evolutionary algorithms uses a single objective function (the mean …

Hysteresis phenomena are commonly encountered in structural systems. To describe
hysteresis behaviors, the Bouc-Wen model is intensively leveraged to reconstruct hysteresis …

Hysteresis is a ubiquitous phenomenon describing the special nonlinear memory-based
relation between the input and the output in many physical systems. Identifying the hysteretic …

Abstract The Bouc–Wen (BW) model is a successful differential equations model used to
describe a wide range of nonlinear hysteretic systems. However, it is unable to describe …

In this paper an analytical method is developed to identify the Bouc-Wen model parameters
from the experimental data of periodic loading tests. The model parameters are determined …