In this interpretive review, fatigue in metallic systems is considered primarily from the
perspective of interactions between the microstructure, the deformation mode and the …

Nickel-base superalloys are primarily used as components in jet engines and land-based
turbines. While compositionally complex, they are microstructurally simple, consisting of …

In this paper, the thermomechanical fatigue (TMF) properties of Ni-based single crystal
superalloys are studied by molecular dynamics simulations. Two different cyclic deformation …

Nickel-based single-crystal superalloys are extensively used in aeroengine hot-end
components owing to their unique crystal structure and outstanding high-temperature …

One of the current research hotspots is the prediction of combustion chamber flow field
based on deep learning methods, but how to effectively utilize these prediction results is a …

The thermomechanical fatigue (TMF) of single-crystal air-cooled turbine blades is critical for
accurately evaluating the lifetimes of advanced aero-engines. The present work focuses on …

The increase in engine power has resulted in a significant rise in both thermal and
mechanical loads on cylinder heads, leading to the emergence of thermomechanical fatigue …

Suitable models and software were integrated to provide a life assessment tool for aero jet
engine blades. The approach combines aircraft and engine performance, turbine blade …

To establish a method for predicting the delamination life under thermal gradient mechanical
fatigue (TGMF) conditions considering thermally grown oxides and sintering behavior …

In situ observation and measurement of high-temperature deformation of hot-section
materials in scanning environments is helpful in understanding the microscopic failure and …