Ferritic oxide dispersion strengthened (ODS) alloys are candidate materials to be used as
cladding for long term fast reactors, due to their high strength at high temperature and good …

A 14Cr ODS steel was characterized at elevated temperatures with regard to its behavior in
small punch and uniaxial creep tests and in low cycle fatigue tests. A comparison of small …

This paper is focused on two type of Y 2 O 3 strengthened steels (Fe–14Cr ODS and ODS-
EUROFER). Small fatigue crack propagation was experimentally measured using special …

L'élaboration des aciers ODS fait appel à une étape de consolidation par filage à chaud. Les
propriétés très anisotropes de ces matériaux à l'état filé, notamment les nuances purement …

Oxide Dispersion Steels (ODS) alloys are mainly studied for their ability to fulfil the technical
specifications required for Sodium Fast Reactor (SFR) fuel cladding application. Their …

Thin Fe1-xCrx alloy films enriched in 57Fe Mössbauer isotope and with Cr contents
approaching that of a special reduced-activation martensitic steel were sputtered on Si (0 0 …

Oxide dispersion strengthened (ODS) steel exhibits exceptional radiation resistance and
high-temperature creep strength when compared to traditional ferritic and martensitic steels …

El desarrollo de plantas de biomasa con alta eficiencia en la conversión de energía es
esencial para asentar la biomasa como una fuente de energía renovable. Los sistemas de …

The oxide dispersion strengthened (ODS) steels are widely studied as possible candidate
material for fission and fusion technology. Due to application of the ODS materials, mainly …

[en] The core structures of advanced future nuclear reactors require to maintain mechanical
integrity to extreme irradiation environments (-400 dpa) and high temperatures up to 700 C …