In the presence of sharp V-notches the stress distributions are singular and the intensity of
the stress fields is given in terms of the notch stress intensity factors which are largely used …

In this study, a new framework for the fatigue life prediction of nickel-base single crystal (SX)
superalloys with different drilling film cooling holes (FCHs) at high temperatures (900℃ and …

Mechanical joining techniques are fundamental in the industrial landscape, with welded
joints standing out as a primary method across diverse manufacturing sectors. In this work …

Recently, considerable advances have been globally reported on stainless-steel bridges.
Fatigue performance is an important design factor. The fatigue damage of stainless-steel …

This paper is concerned with the design of complex welded structures subjected to fatigue
loadings. In the last years it has been developed a new approach for predicting the high …

The fatigue strength and fatigue life of high-strength steels are greatly affected by their
surface roughness. This study investigates the underlying mechanisms responsible for …

The design of metallic cast parts requires a compromise between the fatigue resistance of
the component and the allowable defect size due to the process. Treatment of defect …

The fatigue fracture mechanisms and the fatigue property evaluations of S355J2W steel butt-
welded joints relieved welding residual stresses with and without welding reinforcement …

The fatigue properties of different regions, namely, the weld metal (WM), the fusion line (FL)
and the fine grain heat affected zone (FGHAZ), in welded joints with different surface notch …

The fatigue behavior of electrodeposited Zn-Ni alloy coating was investigated for its
suitability to replace Cd coatings in AISI 4140 steel studs applied in oil and gas industries …