Using nanoindentation technology, the creep behavior of P92 steel welded joint that had
experienced creep-fatigue (CF) loading was studied at the nanoscale. In both as-welded …

In this study, the effect of variable transverse speed (200 mm/min and 400 mm/min) on the
microstructure and mechanical properties of FSWed DP 780 steel was systematically …

In this study, a series of experiments, which consist of constant strain rate indentation, and
optical microscope examination, and finite element analysis were performed to investigate …

In this study, both the digital image correlation (DIC) and depth-sensing indentation (DSI)
measurements were performed to investigate the non-uniform local mechanical behaviors of …

In this study, a series of optical microscope examinations, constant loading rate indentation
(CLR), and creep indentation (CI) tests were performed on room temperature to investigate …

Nanoindentation technology has many advantages in the acquisition of elastoplastic
properties of certain small-scale materials (coatings, films, etc.) due to its small size and non …

The high‐temperature creep–fatigue (CF) interaction on the service damage of P92 welded
joint was uncovered based on the evolution of local creep behaviour by nanoindentation …

In this study, a series of experiments including stress relaxation, nanoindentation, tension
loading experiments, and transmission electron microscope (TEM) examination were …

Since the generation-IV nuclear reactors are aiming to operate at higher temperature, the
effect of temperature on the creep-fatigue fracture behavior of 316H austenitic stainless steel …

Different micro-regions of weldment are expected to present various cyclic softening
behaviours during creep–fatigue interaction (CFI), which has a significant influence on the …