Important advances in creep damage models for crack growth analysis have been made in
the last two decades as scientists and engineers strive to imbue continuum-based models …

The safe operation of ageing materials and structures operating at high temperature and
pressure is challenging. This paper, for the first time, clearly addresses the role of small …

Creep rupture life is a key performance parameter of nickel-based superalloys, which
directly affects the engineering service behavior of components. In this study, a machine …

The efficient and accurate prediction of creep rupture limit poses a huge challenge for high-
temperature engineering such as aerospace, nuclear and chemical industries. It is important …

Nickel-based single crystal (SX) turbine blades typically experience varying load conditions
during operation. It is essential to consider the effects of changing stress and temperature …

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 …

In contrast to the Uniaxial Creep Test (UCT), where each stress produces a corresponding
strain, the Small Punch Creep Test (SPCT) generates displacement in response to applied …

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 …

Creep deformation and creep rupture is essential for the safety of steels working at high
temperatures. Considering the practical creep rate curves and classical theta projection …

Premature and unexpected creep damage is a significant concern in high-temperature
engineering. Identifying outliers in creep rupture data is essential for assessing the risk of …