To ensure the robust design freedom of metallic additive manufacturing, the fatigue
properties and the dimensional limitation of as-built components by laser powder bed fusion …

Dislocation substructures have been extensively characterized to explain the origin of strain
hardening. Regions of high dislocation densities (walls) constrain the glide of mobile …

An endurance against multiaxial fatigue of 316L steel is studied. A fatigue life curve of
torsional mode is substantially shifted to longer fatigue lives while tension/compression …

Cyclic deformation of metallic materials depends on the interaction of multiple mechanisms
across different length scales. Solid solution atoms, vacancies, grain boundaries, and forest …

The present work has been aimed at developing an improved cyclic plasticity model in the
framework of Ohno-Wang kinematic hardening formulation and evaluating the performance …

Uniaxial strain‐controlled fatigue tests were carried out on a 304L austenitic stainless‐steel
specimens in air at 300° C and in pressurized water reactor (PWR), without or with the …

Austenitic stainless 316L steel in cold worked condition was subjected to torsional cyclic
loading with equivalent strain amplitudes of 0.3% and 0.4% and multiaxial (in-phase and out …

Austenitic stainless steels used in light water reactor coolant environments are susceptible
to environmentally assisted fatigue due to non-monotonic loading conditions, primarily …

This work highlighted that a ground surface finish and the exposure to a pressurised water
reactor (PWR) environment result in a decreased low-cycle fatigue lifetime, an enhanced …

The high-Mn austenitic steel exhibits better fatigue performance at 77 K than at RT.
Especially when the stress amplitude is in the range of yield strength (YS) to 1.08 YS, the …