The growing interest in refractory high-entropy alloys (HEAs) in the last decade is mainly
due to their thermal stability, outstanding mechanical properties, and excellent corrosion …

This study aims at evaluating the effect of microstructure imperfections on the corrosion
fatigue performance of an ER70S-6 alloy produced by wire arc additive manufacturing …

An AZ91D ingot in the as-cast condition was homogenized by solution treatment and then
aged for various periods of time. The microstructures produced were studied in detail and …

Manganese is widely added to Mg-Al-based alloys to form Al-(Mn, Fe) intermetallics that
combat impurity Fe. Here EBSD, deep etching and FIB-tomography are combined to study …

The galvanic effect of second phases in Mg alloys often does harm to corrosion resistance.
Here, a hierarchal micro-nano β phase framework is proposed to improve the barrier effect …

The present study aims to evaluate the stress corrosion behavior of additively manufactured
austenitic stainless steel produced by the wire arc additive manufacturing (WAAM) process …

We have developed a novel bioactive hybrid metallic implant that integrates the beneficial
characteristics of a permanent matrix and a biodegradable substance. Such a combination …

Selective growth of oxidation coating was observed on Mg alloy AZ91D when this alloy was
treated by microarc oxidation (MAO) technique, and then the role of intermetallic phase Mg …

Comprehensive researches on the microstructure and alloy phases of AM50 magnesium
alloy of different status, varying from casting to solid-solution treated and aged ones, were …

Manganese is currently added to Mg–Al alloys in order to improve the corrosion behavior of
cast components. A part of this manganese is dissolved in the magnesium matrix and the …