Low cycle fatigue (LCF) and creep-fatigue interaction (CFI) behaviour of 316L stainless steel
at 550° C were investigated using experimental and modelling approaches. Results …

The multiaxial low cycle fatigue behavior of nickel-based alloy 690 at 350° C was
investigated. The multi-slip planar dislocation configuration under non-proportional loading …

High-temperature low-cycle fatigue (HTLCF) behaviour of 2.25 CrMoV and 316L were
investigated by employing internal stress. Results reveal that 2.25 CrMoV and 316L show …

High-temperature components utilised in practical service are often subjected to multiaxial
non-proportional loading due to their complex geometry. In the present study, a set of strain …

During the startup and shutdown processes of the steam turbine rotor, the fatigue failure
behavior caused by asymmetric stress is introduced. To study the effect of mean stress on …

The paper aims to analyze the stress–strain response of building steel under low-cycle
multiaxial fatigue and to accurately evaluate the fatigue life of specimens by selecting the …

Dynamic strain ageing (DSA) in an austenitic Ni-based alloy was investigated by
symmetric/asymmetric low cycle fatigue tests with different strain amplitudes at 350° C. A …

The ubiquity and complexity of multiaxial loading necessitate the exploration of effective
methods for evaluating multiaxial fatigue life. This work proposes a symbolic regression (SR) …

During steam turbine rotor operation, the startup and showdown processes can cause
asymmetric loading stress, leading to fatigue damage. To research the cyclic deformation …

Strain sensors are crucial for development of smart systems, providing valuable feedback on
the conditions of structures and mechanical components. However, there is a huge …