Co-based alloys have been used as biomedical materials in the cast or wrought form for
more than fifty years. Since then, studies have been performed to better understand the high …

The objective of this paper is to contribute to a better understanding of the deformation
mechanisms of a rolled polycrystalline cobalt sheet. In order to achieve this goal, a particular …

Shock compression and spallation damage of a dual-phase polycrystalline cobalt material is
investigated via plate impact experiments along with free-surface velocity measurements …

This paper presents a study on the microstructural evolution of deposits based on the stellite
F alloy during temperature aging and consequently its effect on corrosion resistance in 3.5 …

Martensitic transformation in cobalt alloys has been widely explored due to its complex
nature. Recent studies demonstrated that rapid solidification enhances the γ–FCC→ ε–HCP …

Phase transformations in cold-rolled (CR) 304L austenitic stainless steel were studied using
different techniques, including dilatometry, X-ray diffraction and scanning electron …

We report on the results of first principles calculations investigating the influences of Mn
doping on the local moments and stacking fault energies (SFEs) in the Co 95.8 Mn 4.2 and …

The sequence of structural changes produced in two deformed microstructures of austenitic
stainless steel elaborated by a multipass unidirectional cold rolling (CR) and a two‐step …

Le cobalt polycristallin est un métal de structure hexagonale compacte (HC) qui présente un
rapport c/a proche de celui d'une structure compacte idéale et une énergie de faute …

Le comportement mécanique de pièces miniaturisées est analysé au travers d'une étude de
la loi de Hall-Petch pour différents matériaux dans des conditions de températures …