Owing to their advantageous properties, such as light weight, high strength, and good
corrosion resistance, aluminum alloys have been widely used for structures in environments …

This study developed a corrosion‐creep fatigue‐life‐prediction methodology based on
continuous‐damage mechanics (CDM). A systematic investigation of the turbine‐blade …

A new fatigue life prediction method using the energy‐based approach under uniaxial and
multiaxial random loadings is proposed. The uniqueness of the proposed model is based on …

Fatigue life prediction of orthopedic screws against applied impulsive loads during the
treatment period is of great importance. In this study, the fatigue bending life of Cortical and …

In this study, the effect of developed anisotropic damage on the ratcheting is studied.
Damage occurs during extra loading in an anisotropic manner. A modified anisotropic …

A novel approach for the fatigue life prediction based on the combination of FE simulation
using ABAQUS and fatigue analysis in FE-SAFE has been proposed in this paper. A …

The alloy materials of automotive chassis are subjected to sequential time‐varying loads
due to road unevenness. The continuous change of the loading mode and the stress ratio …

Two fatigue life prediction methods using the energy-based approach have been proposed.
A number of approaches have been developed in the past five decades. This study reviews …