With the development of modern industry and ever more complex structural loads, the
possibility of fatigue failure is increasing. Fatigue analysis can be used to evaluate the …

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 …

Aluminium cast components containing intrinsic flaws were investigated in terms of fatigue
strength. Therefore, quasi-static, fracture mechanical and fatigue tests were conducted at …

Fatigue strength assessment of large-scale structures and components is usually performed
on the basis of experimental results from small-scale specimens. A proper transfer from …

This paper presents comprehensive fatigue test results utilizing small-scale specimens
extracted from AlSi8Cu3 and AlSi7Cu0. 5Mg aluminium-cast crankcases and cylinder …

The trend towards patient-specific medical orthopedic prostheses has led to an increased
use of 3D-printed surgical implants made of Ti6Al4V. However, uncertainties arise due to …

The fatigue strength of cast aluminium surface layers is significantly affected by casting
imperfections. Experimental work reveals crack initiation due to three failure modes; …

Modification of a fatigue criterion valid for homogeneous multiaxial stress states to account
for the beneficial effect of stress gradients is traditionally performed by modifying the stress …

In this paper casted aluminium alloy AlSi7Cu0. 5Mg T6W is examined by fatigue strength
testing and fractographic analysis of the fractured surfaces to characterise the failure origin …

This work investigates the fatigue strength of multiaxially-loaded gas engine crankshafts
incorporating electroslag remelted 50CrMo4 steel. Uniaxial fatigue tests with small-scale …