The estimation of uncertainty in fatigue life prediction is a decision-making factor in structural
design. The problem is specific in the case of multiaxial loading owing to the complex …

Fatigue life prediction with failure probability estimation for materials subjected to multiaxial
loading is an important task in engineering design because it reduces the financial cost by …

The objectives of this study were to investigate the fracture surface topography of
X8CrNiS18-9 austenitic stainless-steel specimens for different loadings and notch radii and …

This paper presents the concept of applying life-dependent material parameters to several
multiaxial fatigue criteria. This concept reflects the transformation of damage mechanisms in …

Fatigue strength analysis of critical components plays a vital role for ensuring structural
integrity and operational reliability of major equipment. In notched components, the concept …

Gear tooth flank dry-cutting was beget with emergent and disruptive NC technology. This
new technology is enabling ever-higher levels of production efficiency and sustainability. It …

Under multiaxial fatigue loading, the superposed static components are additional factors for
life prediction models to be considered. The increased dimension in fatigue data imposes …

This paper presents a density based topology optimization method for infinite fatigue life
constraints of non-proportional load cases, with a specific focus on parts with cyclic …

This paper presents an approach to the evaluation of the Fatemi‐Socie parameter applied to
the lifetime calculation of specimens made of CuZn37 brass. In particular, two factors …

In this work, axial-torsional fatigue tests were carried out on four materials: PA38-T6
aluminium alloy, E235 and E355 non-alloy steels and X5CrNi18-10 austenitic steel. Applied …