Recent developments in microstructure‐sensitive computational modeling and experimental
verification have provided significant insight on how one can estimate fatigue damage and …

The fatigue indicator parameter (FIP) is evaluated with cyclic J-integral in single crystal and
polycrystal models as the crack driving force for microstructurally fatigue crack growth. A …

In the last decades, many alleviation measures were proposed in order to improve the life of
fretting fatigue‐affected components. In such a context, the shot peening treatment is worth …

Crystal plasticity finite element (CPFE) modelling is an effective tool from which detailed
information on the meso-scale behaviour of crystalline metallic systems can be extracted …

Fretting fatigue often occurs in the interfaces between components, subjected to complex
multi-axial load states and high stress gradients at the contact edge region. For the …

In the present paper, a new analytical methodology to estimate both crack path and lifetime
of metallic structural components under fretting fatigue elastic partial slip loading condition is …

In this study, fretting fatigue tests were conducted to gather information on both fretting
fatigue and fretting wear. Subsequently, an evaluation methodology that combined the …

The nonlocal crystal plasticity finite element (CPFE) simulations and extreme value statistics
were combined to study the effects of microstructure on the high cycle fatigue (HCF) …

This paper evaluates the capability of the theory of critical distances (TCD) coupled with the
Fatemi–Socie (FS), Smith–Watson–Topper (SWT), and normal stress range (S‐N) criteria for …

The fretting fatigue crack formation and propagation behaviors of Ni‐based single‐crystal
(NBSX) superalloys are investigated in this paper. Subsurface crack formation process is …