Very high cycle fatigue properties of various steels were studied using findings of previous
research and laboratory fatigue testing. First, experimental data for more than 550 …

Due to the time-consuming and costly nature of high-cycle fatigue experiments, correlations
between fatigue strength and mechanical properties obtained through more simple and fast …

Compared with the nominal and hot-spot stress, the effective notch stress could present
more accurate stress state by involving the notch stress induced by weld bead. Inspired by …

This study proposes cyclic yield strength as a potential characteristic of safe design for
structures operating under fatigue and creep conditions. Cyclic yield strength is defined on a …

The need for material specific monotonic test based full range stress–life curves is
discussed. Combining monotonic test based empirical fatigue formulae and a Wholer field …

The presence of notches, tears, holes, cavities, inclusions, and scratches is common in
structural designs and mechanical components, that in the presence of cyclic loading can …

Overall fatigue strengths and hardness distributions of the aluminum alloy similar and
dissimilar friction stir welding (FSW) joints were determined. The local fatigue strengths as …

The paper is devoted to the problem of fatigue failure of two-phase titanium alloy VT3-1
under the action of high-frequency cyclic loading. Samples for the tests were made from the …

Two patented tool materials cermet Ferro-titanit® WFN and steel CPM 10V® are evaluated
from the point of view of their sonotrode properties. The comparison criterion was ultrasonic …

This study proposes cyclic yield strength (CYS, σ_cy) as a potential characteristic of safe
design for structures operating under fatigue and creep conditions. CYS is defined on a …