Metal creep has been a subject of extensive study for more than 110 years because it affects
the useful life of engineering components operating at high temperatures. This is even more …

Creep deformation behavior and microstructure evolution of G115 steel were systematically
investigated for temperatures of 625–675° C under uniaxial tensile stress of 120–220 MPa …

The circumferential butt-welded pipe was fabricated using 2.25 Cr-1Mo steel and then
subjected to local post-weld heat treatment (LPWHT) for releasing residual stress after multi …

This paper develops a robust creep-fatigue interaction (CFI) life prediction model which is
superior to the existing methods. Specifically, the newly proposed creep damage …

The influence of Laves phase in the microstructure on the creep strength of a modified 9Cr-
1Mo tempered ferritic steel, F91, is investigated in this research. Through additional aging …

The effects of applied stress (150–250 MPa) on the creep deformation behavior and creep
damage (stable and unstable deformation) were studied systematically for a novel tempered …

In this study, creep tests were conducted on a set of specimens made from the same tube of
T91 steel at different temperatures (600° C, 650° C and 700° C) with the applied stresses …

For nuclear power generation as a carbon‐neutral energy source, in‐vessel retention (IVR)
must be implemented to maintain the structural integrity of nuclear reactor pressure vessel …

Ever since fatigue and creep were first studied more than one hundred years ago, life
prediction for materials in service has been mostly an experimental science. The …

The theta projection method has been used to predict uniaxial creep curve shapes for a
wide range of materials. However, one of the criticisms of the existing method is that the …