The binary iron–chromium alloy embrittles in the temperature range of 280–500° C limiting
its applications to temperatures below 280° C. The embrittlement is caused by the …

The influence of the 475° C ageing treatment on the localized corrosion resistance of
austenitic–ferritic (duplex) stainless steels has been investigated by means of double loop …

The fatigue resistance of metallic materials is generally attributed to both strength and
toughness. Unfortunately, these properties are mutually exclusive in most materials …

The kinetics of short crack growth has been studied in austenitic‐ferritic 2205 duplex
stainless steel. Smooth cylindrical specimens and specimens with shallow notch were …

It is well known that the fatigue life prediction for engineering structures with crack-like
defects is a challenging issue, especially under variable amplitude loading. Although …

Fusion zones of electron beam welded (EBW) 2205 duplex stainless steel (DSS) joints
pertaining to two different levels of heat input, exhibited variable microstructural morphology …

Ni‐based superalloys with niobium (Nb) or/and yttrium (Y) were prepared by vacuum
melting. The oxidation kinetics of these alloys was studied by thermogravimetry at 800° C for …

This work investigates the relationship between the multiphase microstructure and the
macroscale fatigue behaviour of a cast super duplex stainless steel (SDSS). The …

Prealloyed 316L and 430L stainless steel powders along with Cu, Cr, Mo and Ni have been
used to produce different austeno-ferritic stainless steels through powder metallurgy route …

The effects of 475° C embrittlement on the corrosion fatigue (CF) in 290° C water,
mechanical and corrosion properties of Z3CN20. 09 M duplex stainless steel (DSS) were …