The creep behaviour and properties of nanostructured materials are attributed to their
operating deformation mechanisms, which could be different from those in their coarse …

The electron backscatter diffraction (EBSD) technique is used to investigate the dislocation
structures formed after steady-state creep deformation of an Al-3.85% Mg alloy. This material …

Short-term constant stress creep tests in tension were performed on two zirconium Zr1% Nb
cladding alloys in the form of thin-walled cladding tubes in the temperature range of 623 …

Supercrystalline nanocomposites (SCNCs) are inorganic-organic hybrid materials with a
unique periodic nanostructure, and thus they have been gaining growing attention for their …

FeCrAl alloys demonstrate excellent high-temperature oxidation resistance compared to
zirconium alloys used in LWRs. FeCrAl C26M2 has been down-selected as one of the …

The effect of service degradation on the microstructure and creep properties of a 0.5% Cr-
0.5% Mo-0.3% V steel steam pipe after an accumulated service time of 77,900 h was …

Mg–Zn–RE alloys are promising candidates for automotive and aerospace applications as,
among magnesium alloys, they have better corrosion and creep resistance abilities at …

High-pressure sliding (HPS) and rotary swaging (RS) at room temperature were used to
form severely deformed microstructures in martensitic creep-resistant P92 steel. The …

The creep properties of thermally stable ultrafine-grained Al metal matrix composite
strengthened and stabilized by continuous in situ amorphous Al2O3 network (named …

This paper discusses recent developments in creep, over a wide range of temperature, that
may change our understanding of creep. The five-power law creep exponent (3.5–7) has …