The effect of microstructural parameters on the microstructure, tensile properties from room
temperature to 800° C and creep properties at 650° C has been investigated in a 14% Cr …

This paper reviews the solid-state consolidation processing techniques for oxide dispersion
strengthened steels and compares them in terms of the resulting microstructure and reported …

The development of ODS materials for the cladding for Sodium Fast Reactors is a key issue
to achieve the objectives required for the GEN IV reactors. CEA, AREVA and EDF have …

The collaborative study is focused on the relationship between microstructure and yield
stress for an ODS Fe-9% Cr-based transformable alloy and an ODS Fe-14% Cr-based …

The temperature dependence of strengthening mechanisms in the nanocluster-
strengthened 14YWT alloy was investigated to elucidate the relative significance of …

Oxide dispersion-strengthened (ODS) steels are the most promising candidate materials for
fuel cladding of Generation IV nuclear reactors. The progress and current status for …

Oxide dispersion strengthened (ODS) ferritic steel is a potential structural material for fast
neutron reactor and fusion reactor application. In this study, a new Fe–13Cr–2W-0.4 Ti-0.6 …

Oxide dispersion strengthened (ODS) FeCrAl ferritic steels are being developed as potential
accident tolerance fuel cladding materials for the light water reactors (LWRs) due to …

In this present work, the plasticity of a rod bar of a 14% Cr ferritic ODS steel is examined
through a multiscale approach based on both macroscopic and microscopic results. This bar …

This research successfully applied a new near-net forming process for producing thin-walled
ODS ferritic steel tubes. The process involves hot isostatic pressing (HIP), hot extrusion (HE) …