Additive manufacturing techniques offer significant advantages over conventional
manufacturing methods. These include the possibility of realizing highly customized …

The purpose of this paper is to examine the state-of-the-art research efforts linked with the
development of fatigue life estimation models. The main objective is to identify new concepts …

Multiaxial fatigue is a very important physical phenomenon in several mechanical
components. Fatigue life study under cyclic stresses is of utmost importance to avoid …

Fatigue damage has special relevance on the life span of mechanical components and
structures, as it takes responsibility for a large majority of the registered structural failures in …

A critical plane-based high-cycle multiaxial fatigue criterion, known as the Carpinteri–
Spagnoli (C–S) criterion, is here extended to evaluate the fatigue lifetime of plain metallic …

Based on experimental data found in literatures, four traditionally multiaxial fatigue life
criteria are analyzed and verified. It is discovered that these conventional criteria cannot …

Polymers are amongst the main candidate materials for load bearing tissue engineering
scaffolds. Their effective and reliable clinical uses necessitate insightful analyses of the …

Additive manufacturing techniques offer significant advantages over conventional
manufacturing methods. These include the possibility of realizing highly customized …

Thanks to the reliable correlation with experimental data, conventional energy-based
models are widely employed in multiaxial fatigue life prediction of structural components, by …

A new multiaxial fatigue damage parameter is proposed based on the projection path on the
π-plane of the loading path. The proposed parameter is suitable for any arbitrary loading …