Based on low cycle fatigue (LCF) experiment data of SLM Ti-6Al-4V, a comprehensive finite
element model of the combined isotropic and kinematic hardening and continuous damage …

In this study, a temperature-dependent fatigue failure criterion was proposed. A maximum
energy density related to the fatigue failure of the material which is comprised of the strain …

This study presents the computational analysis for determining the fatigue life of two
conventional 2D auxetic cellular structures:(i) A chiral auxetic structure,(ii) A re-entrant …

A detailed investigation of low cycle fatigue (LCF) and thermo-mechanical fatigue (TMF) of a
316FR type stainless steel is presented in this paper in order to identify the failure …

This study presents the experimental and computational investigation of the low cycle
fatigue behaviour of the ductile aluminium alloy AA 5083-H111 using the inelastic energy …

Fully-reversed, strain-controlled isothermal tests were conducted on the Type 316FR at 650°
C for the strain ranges of Δɛ=±0.4%,±0.8%,±1.0% and±1.2%. A constitutive model based on …

The low‐cycle fatigue behaviour of a cast Al–12Si–CuNiMg alloy, with a high content of Si, is
investigated at 200, 350 and 400° C. The fatigue test results show that the alloy exhibits …

Cyclic stress‐strain response of 316LN stainless steel subjected to low cycle fatigue at strain
amplitude of±0.4% and at 873 K is simulated using finite element analysis with non‐linear …

This study presents the experimental and computational investigation of a damage
evaluation of the ductile aluminium alloy AA 5083-H111. The Compact Tensile (CT) …

Boiler water walls experience in-phase thermo-mechanical loading during start-ups and
shut-downs, leading to low cycle fatigue (LCF) failure. This study aims at establishing an …