The cyclic twinning and detwinning behavior of extruded Mg was investigated using in-situ
high energy X-ray diffraction (HEXD) under fully-reversed low cycle fatigue conditions …

Tubular specimens machined from extruded AZ31B were tested under cyclic axial and cyclic
torsional loading conditions. Pure cyclic axial and pure cyclic torsional behaviour is …

The application of ultra-lightweight magnesium alloys inevitably involves fatigue resistance
under cyclic loading. The present study was aimed at evaluating strain-controlled cyclic …

Additive manufacturing (AM) is a promising material processing method which gains
significant momentum in the aerospace and biomedical industries. However, the anisotropy …

In this study, we report the effect of cerium (Ce) addition on the tension-compression yield
and cyclic asymmetry in commercially pure magnesium (Cp-Mg) and Mg–Al alloy at room …

The mechanical behavior of twin roll cast AM50 magnesium sheet metals was investigated
via quasi-static and cyclic tests. Nine different stress or strain ratios were evaluated to cover …

A gradient nanocrystallined (NC) surface layer was generated on AZ31b magnesium alloy
by means of surface mechanical attrition treatment (SMAT). The effects of strain rate and ball …

Anisotropic fatigue and cyclic behaviour of AM30 Mg alloy extrusion is investigated by
performing fully-reversed strain-controlled tension-compression cyclic tests at strain …

The microstructures, tensile properties, strain hardening, and fatigue strength of fiber-laser-
welded (FLW) and diode-laser-welded (DLW) AZ31B-H24 magnesium alloys were studied …

The relationships between fatigue strength and ultimate tensile strength as well as hardness
have been studied in high-strength NZK alloys (Mg–yNd–zZn–xZr) and other magnesium …