Traditionally, the detection of the creep responses has been carried out using empirical
methods containing multiple adjustable parameters. This makes it very difficult to estimate …

In this study, the Sin-Hyperbolic (Sinh) and the classic Kachanov-Rabotnov (KR) creep-
damage models are fit to creep data for 304 stainless steel at 600 and 700° C. The ability of …

The experimental results show that the creep properties of the rocks are affected by the
initial damage, and the damage evolution also has a significant impact on the time …

In order to accurately predict creep deformation and damage evolution of nickel‐based
superalloy GH4169, a novel damage constitutive model, that is, TTC CDM‐based model …

Creep data exists in a diaspora. It is not always available in the regime (short, intermediate-,
and long-term) or form (minimum-creep-strain-rate, creep deformation, stress-rupture, etc.) of …

The creep deformation and damage evolution of nickel base superalloy (Waspaloy) at 700°
C are studied using the classic Kachanov–Rabotnov (KR) and a recently developed Sin …

The creep process is a life-limiting degradation mechanism for many parts. Consequently, it
should have been considered throughout the design process. This study aimed to assess …

In the combustion zone of industrial-and aero-gas turbines, thermomechanical fatigue (TMF)
is the dominant damage mechanism. Thermomechanical fatigue is a coupling of …

The accurate prediction of elevated-temperature creep behaviour of alloys is important for
preventing catastrophic failure of systems operating under prolonged elevated temperature …

To maintain safety and reliability in power plants, creep-life prediction models have received
much attention over the years. This article was designed to focus on the conditions when a …