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

2. Objectives The main objective of this proposed Special Issue is to collect contributions
from active researchers in the field of hysteresis and from structural, electrical, materials, and …

Accurate force–deformation hysteretic models for structures, components, and materials are
essential for structural analysis. The development of an explicit mathematical model for …

Hysteresis is a nonlinear phenomenon observed in the dynamic response behavior of
numerous structural systems under high intensity cyclic or random loading, as well as in …

Cyclic behavior of materials is complex and difficult to model. A combination of hardening
rules in classical plasticity is one possibility for modeling this complex material behavior …

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 …

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 …

This paper presents a shape function and memory mechanism based approach to design
the hysteresis models which are related to the behaviors of smart materials, such as …

Purpose–Proposes a new quasi‐static vector hysteresis model based on an energy
approach, where dissipation is represented by a friction‐like force. Design/methodology …

A least-squares parameter fitting procedure is used in conjunction with one-dimensional
(1D) and two-dimensional (2D) formulations of the Preisach formalism. The model can use …