The low-cycle fatigue life of 316 stainless steel is a significant basis for safety assessment.
Usually, many factors affect the low-cycle fatigue life of stainless steel, and the relationship …

Environments like liquid lead-bismuth eutectic (LBE) or air can have an effect on the fatigue
resistance of nuclear materials such as ferritic-martensitic and austenitic stainless steels if …

Nickel–titanium (NiTi) rotary files used in root canal treatments experience fatigue and shear
damage due to the complex curved geometries and operating conditions encountered within …

The local strains obtained from the best-known analytical approximations, namely, Neuber's
rule, equivalent strain energy density method, and linear rule, were compared with those …

The integrity of the components of nuclear power plants must be guaranteed under
operating and emergency conditions. It is necessary to evaluate all possible degradation …

Accurate fatigue life prediction is essential for ensuring the reliability of engineering designs,
particularly under thermo-mechanical fatigue conditions. This study focuses on investigating …

The present work aims to predict the cyclic behavior and fatigue life of 316 FR stainless steel
specimens at 650° C. First, the samples were modeled using finite element analysis under …

During service, notched designed components such as steam generators in the nuclear
power plant usually experience fatigue damage at elevated temperatures, due to the …

The low cycle fatigue life of 316 stainless steel is a significant basis for safety assessment.
Usually, many factors affect the low-cycle fatigue life of stainless steel, and the relationship …

The present research mainly focuses on the; i) assessment of maximum local strains for
circumferentially notched samples, ii) evaluation of some of the commonly known low cycle …