This article focuses on the mechanisms and consequences of plastic strain localizations
exhibited in tensile stress–strain behaviors, fracture and fatigue. A broad overview is first …

Ultrasonic high-frequency fatigue testing differs from conventional low-frequency fatigue
testing in strain rate and cyclic loading. Ultrasonic fatigue has a resonance frequency of …

In this paper, an improved stress field intensity approach is proposed for fatigue life
prediction of compressor disk. The underlying physical mechanism of notched component is …

This study presents an online fatigue crack failure warning system that can provide a
warning of imminent failure of an aluminum plate structure with an initial notch when the …

This paper introduces a new intrinsic dissipation model for high-cycle fatigue life prediction
of metallic materials. A general constitutive model with internal state variables, in …

When high‐strength steels are subjected to very high‐cycle fatigue loading, crack initiation
site shifts from surfaces to the interior, and a fish‐eye forms on the fracture surface. Majority …

Fatigue test data of cold rolled strip steels, a duplex stainless steel and a martensitic
stainless steel, was generated in the Very High Cycle Fatigue (VHCF) regime. Testing was …

The mechanical behavior of electron beam welded joints for titanium alloy has been
investigated in static and cyclic loading up to very high cycle fatigue. It can be concluded that …

In this study, the first signs of fatigue crack initiation are studied in the HCF domain on a
body centered cubic Armco iron (with 80 ppm of carbon content). Some tests are performed …

Fatigue properties of low carbon steels are known to be particularly sensitive to the loading
frequency. Indeed, literatures related to this field usually point out an increasing fatigue life …