The main objective of this review paper is twofold: Recall the most captivating areas of
research in predicting the fatigue life of metals with the application of thermal methodology …

The application of back propagation neural network (BP neural network) in very-high cycle
fatigue life evaluation of centrifugal impeller to explore the effect of internal inclusion and …

The fatigue limit of a high strength steel (GCr15) with two strength levels (2372 MPa and
1044 MPa) was evaluated in terms of energy dissipation during high-cycle fatigue (HCF) …

To predict fatigue life more accurately, we consider the relationship between static
toughness and fatigue toughness in fatigue failure process, the numerical model of total …

This paper presents the results of experimental tests of monotonic tension and torsion, creep-
rupture and preliminary creep at 200° C and 300° C, as well as low-cycle fatigue of …

The additively manufactured martensitic stainless steel (SS) parts often manifest the strength-
ductility trade-off dilemma, which severely limits their practicality. In this study, the TiC …

This work aims at enabling a rapid life evaluation of Q310NQL2-Q345NQR2 butt joints on
the basis of energy dissipation theory within the thermodynamic framework. A …

The objective of this paper is to use quantitative thermography for fatigue damage
assessment and life prediction of welded components. The energy dissipation during fatigue …

This work attempts to develop a theoretical model in combination with the representative
volume element (RVE) theory for realizing rapid fatigue limit prediction. Within the …

Fracture fatigue entropy (FFE) is considered to be independent of the loading amplitude in
fatigue experiments, and this conclusion has been applied to fatigue life prediction of …