This paper describes the multiaxial fatigue strengths obtained from a series of load-
controlled fatigue experiments in the high-cycle fatigue domain. The experiments were …

The paper is focused on the numerical modeling of steel bearing elements and their
verification using experiment. Currently, for the stress-strain analysis of the elements …

This paper deals with the description of implementation of the advanced cyclic plasticity
model called MAKOC, which is based on the AbdelKarim–Ohno kinematic hardening rule …

In exact analyses of bodies in the elastic–plastic regime, the behavior of the material above
critical stress values plays a key role. In addition, under cyclic stress, important phenomena …

In this paper we are presenting our PermonCube and FLLOP packages, and their use for
massively parallel solution of elastoplasticity problems. PermonCube provides simple …

This paper deals with the development of a cyclic plasticity model suitable for predicting the
strain range-dependent behavior of austenitic steels. The proposed cyclic plasticity model …

Cyclic plasticity modelling of metals needs individual approach. There are specific theories
for various metallic materials including mainly phenomenological models, useful for practical …

This paper is focused on the numerical modeling of steel bearing elements and their
verification using experiments. Currently, for the stress-strain analysis of the elements …

This paper presents the outcomes from experimental study of fatigue life and residual hoop
stresses after Friction Stir Hole Expasion (FSHE). FSHE is directed to fatigue life …

In this paper genetic algorithm and sensitivity analysis are used to identify 6 parameters of
Chaboche kinematic hardening model using repeated Finite element (FE) simulations of …