Structural offshore fatigue can be accelerated way to reduce the time required for testing. In
this regard, a statistical analysis of the loads must be performed to reduce loads with low …

Nowadays, the estimation of fatigue life under multiaxial random loading is still an extremely
complex task. In this paper, a comprehensive review of the multiaxial random fatigue criteria …

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 study attempts to predict the high cycle fatigue life of steel butt welds by numerical
method. At first, FE simulation of plate butt welding is carried out to obtain the weld-induced …

The performance of formed components is significantly influenced by the initiation of ductile
damage. Preceding forming operations, for instance, affect the service life determined in …

While the first generation of floating photovoltaics (FPV) was designed for operation in
freshwater reservoirs, the technology is currently expanding to marine territories. In this …

This research presents a topology optimization framework to achieve volume minimization
with multi-axial high cycle fatigue criteria constraints by constrained natural element method …

In this paper, a transversely isotropic elasto-plastic model based on the multilinear Ohno-
Wang model was developed to simulate the cyclic behaviour of an additively manufactured …

Abstract The Integration Modified Wöhler Curve Method (IMWCW), a novel approach for
predicting fatigue life under complex strain-based non-proportional loading paths is …

When investigating materials to be utilized, attention inevitably focuses on their resistance
over the service life. Despite the popularity of amorphous polymers, ranging from their …