Parameter identification of hysteretic models is significant for predicting structural dynamic
response in vibration isolation structures. However, quasi-static testing and displacement …

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

Describing hysteresis behaviors in mechanical engineering has attracted increasing
research interest. Among the numerous models that characterize hysteretic nonlinearities …

A new identification method that determines the parameters of Bouc–Wen hysteretic systems
is presented. It is based on a hybrid evolutionary algorithm which utilizes selected stochastic …

Identification of nonlinear hysteretic systems has practical significance for the prediction of
structural response. This paper develops a novel parameter identification method for …

In this paper, an improved experience-based learning algorithm (EBL), termed as IEBL, is
proposed to solve the nonlinear hysteretic parameter identification problem with Bouc-Wen …

Abstract The Bouc–Wen nonlinear hysteretic model is widely used in nonlinear systems, and
it is difficult to identify the parameters of Bouc–Wen model because of its high nonlinearity. In …

This paper addresses the parameter identification of friction-type hysteretic isolators based
on the versatile Bouc–Wen differential model. A frequency domain method is developed to …

Hysteretic nonlinearity behavior ubiquitously occurs in mechanical systems, particularly in
high-precision instruments, which severely degrades system output performance …

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