The resistance to the short-crack growth and the observed threshold behavior of short cracks
are examined using the Unified Approach that is based on the two-parametric nature of …

Currently, no systematic approach exists to simulate the crack initiation and propagation
process in very-high-cycle fatigue including the microstructure sensitivity. A combined crystal …

This paper presents an investigation of assessment of fatigue crack growth (FCG) of 316LN
stainless steel using the acoustic emission (AE) monitoring technique. A new AE parameter …

Short crack propagation is difficult to predict because it is highly microstructure sensitive. In
this paper, the short crack propagation behaviour in a two-phase titanium alloy Ti-6Al-4V …

After stress corrosion crack testing in a MgCl 2 environment, turned surface of super duplex
stainless steel showed four types of cracks. The residual stress and surface defects such as …

This work investigates the relationship between the multiphase microstructure and the
macroscale fatigue behaviour of a cast super duplex stainless steel (SDSS). The …

Torsional low cycle fatigue tests of ferrite-austenite duplex stainless steel S32205 at various
shear strain amplitudes were conducted. The relationship between the evolution of …

The effects of 475° C embrittlement on the corrosion fatigue (CF) in 290° C water,
mechanical and corrosion properties of Z3CN20. 09 M duplex stainless steel (DSS) were …

It is well known that fatigue life of metallic materials involves processes at different stages.
Two main regimes can be distinguished: The first is governed by plastic deformation and …

In this work, the cyclic mechanical response and fatigue life a duplex stainless steel with
metastable austenite was studied at 0.3%≤ ε a≤ 2.0%. The martensitic transformation …