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 …

We extend a recently developed class of uniaxial symmetric rate-independent models to
simulate complex asymmetric mechanical hysteresis phenomena. The main features of the …

A recent analytical model of hysteresis, developed by the authors to simulate a great variety
of complex uniaxial rate-independent mechanical hysteresis phenomena, is reformulated in …

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 accuracy of procedures for the analysis and design of hysteretic mechanical systems, in
which both generalized rate-dependent and rate-independent hysteretic forces have a non …

We present a general formulation of a class of uniaxial phenomenological models, able to
accurately simulate hysteretic phenomena in rate-independent mechanical systems and …

Hysteresis is a natural phenomenon that widely exists in structural and mechanical systems.
The characteristics of structural hysteretic behaviors are complicated. Therefore, numerous …

This paper presents a computational strategy that combines a novel rate-independent
phenomenological model with an explicit time integration method to efficiently perform …

This paper presents a novel family of multiple springs models capable of reproducing the
nonlinear response typical of mechanical systems and materials having a biaxial kinematic …

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