In this paper first a generally valid model is derived from the two fundamental equations of
Gibbs for temperature and composition dependences of all types of interfacial energies. This …

Crystallography of precipitates in Mg alloys is indispensable to explain and predict alloy
microstructures and properties. In order to obtain a global understanding of diversified …

Abstract For ultralight Mg–Li alloys, the improvement of strength is the most concerned
issue. In this work, we successfully realize the incredible enhancement of strength in the Mg …

The sluggish kinetics are a momentous hurdle for the application of Mg-based hydrogen
storage alloys. To improve the kinetics, Mg-xMn-0.5 Al alloys (x= 0, 0.5, 1, 2) were fabricated …

Alloying rare earth (RE) elements is an effective method to improve corrosion resistance of
Mg-Al alloy but excessive RE concentration may aggravate galvanic corrosion. In this study …

Classical molecular dynamics (MD) simulation method is employed to study the uniaxial
tensile deformation of nanocrystalline magnesium (Mg) of varying grain size levels. The …

Morphology and distribution of intermetallic compounds in the heat-affected zone (HAZ) are
easily altered during welding thermal cycles, contributing to the softening of the HAZ …

Mg alloys were successfully bonded using Al interlayer via ultrasound-assisted transient
liquid phase (U-TLP) bonding process. The effect of ultrasonic vibration (USV) time on the …

A high strength and toughness AZ63 cast magnesium alloy whose ultimate tensile strength,
yield strength and elongation at room temperature respectively reached 319 MPa, 160 MPa …

The mechanical properties of Mg-Al alloys are greatly influenced by the complex
intermetallic phase Mg 17 Al 12, which is the most dominant precipitate found in this alloy …