The aim of this paper is firstly, to provide a concise assessment of some commonly used
high-cycle fatigue criteria and secondly, to check their predictive capabilities against …

The paper aims to illustrate the relevant use of infrared thermography as a non destructive,
real-time and non contact technique (a) to observe the physical processes of damage …

The fretting behaviour of a Ti–6Al–4V alloy was studied in a plain cylinder/plane contact
configuration under ambient conditions. Inspired by a fretting map approach, a global …

In the present paper, a simplified critical plane-based criterion is employed to evaluate the
multiaxial high-cycle fatigue strength of smooth metallic specimens. According to such a …

Experimental evidence has shown that the fatigue limit of metallic cylindrical specimens in
fully reversed bending is significantly higher than the respective limit in fully reversed …

The temperature of rubber-like materials increases under cyclic loadings, due to their
dissipative behaviour and low thermal conductivity. This well-known phenomenon, called …

A high‐cycle fatigue criterion suitable for multiaxial non‐proportional stress loading is
proposed in this paper. The criterion is based on some microscopic considerations related to …

We aim to develop a systematic method of designing structures, by finite element methods,
for high cycle fatigue under periodic constant load systems. After having defined a precise …

This paper is concerned with an attempt to reformulate the so‐called Modified Wöhler Curve
Method (MWCM) in order to more efficiently account for the detrimental effect of non‐zero …

The purpose of this paper is to present a unified analysis to both high and low cycle fatigue
based on shakedown theories and dissipated energy. The discussion starts with a …