The differential system characterization of hysteretic system is well known. The problem of
estimating the parameters of this system on the basis of input-output data, possibly noise …

This paper deals with the identification of the parameters of a smoothed hysteretic model
which was proposed by Bouc and Wen with emphasis on restoring force hysteresis. The …

A technique is presented for predicting response statistics of a nonlinear hysteretic system
by seeking an approximate equivalence between the hysteretic system and a nonlinear …

The hysteretic behavior is an essential feature of many physical systems (eg mechanical
structures, buildings dampers). Such a feature is conveniently accounted for in hysteretic …

The method of stochastic averaging of energy envelope is applied to predict the response of
bilinear hysteretic systems to white noise excitation. The statistics of stationary response for …

This paper forms the second in a short sequence considering the system identification
problem for hysteretic systems. The basic model for parameter estimation is assumed to be …

System identification of structures using their measured earthquake response can play a key
role in structural health monitoring, structural control and improving performance-based …

A hysteretic model comprising a linear viscous part and a non-linear Davidenkov part is
introduced in order to simulate rate-and amplitude-dependent internal losses during cyclic …

Modeling and identification of non-linear hysteretic systems are widely encountered in the
structural dynamics field, especially for the hysteresis with slip. A model, called SL model …

It is well known that hysteresis is a principal source of internal energy dissipation in
structural systems. One of the widely accepted hysteretic models for structures is a …