Considering the remarkable function of silicon in the development and growth of connective
tissue and bone, building the immune system, and tissue healing, together with its positive …

The effects of calcium addition at microalloying levels and hot extrusion process on the
modification of the microstructure and enhancement of the mechanical properties of the Mg …

The structure, hardness, tensile and wear behavior of Mg–5Sb–xSiC hybrid composites
experimented where the amount of SiC particles were 1, 3, and 5 wt% SiCp before and after …

The statistical distribution of the ultimate tensile strength (UTS) and compression strength
(UCS) values of the cast B 4 C containing Mg matrix composite and its matrix alloy (AZ91) …

The mechanical performance of as-cast and hot extruded Mg-4Si-4Ni-x Ca alloys was
studied. In the as-cast microstructures, the dendritic primary Mg 2 Si particles, eutectic α-Mg+ …

The microstructures and mechanical properties of the in situ Mg–4Si–6Ni–x Y (x= 0, 0.3, 0.6,
and 0.9 wt-% Y) composites were studied in this research. Y addition and hot extrusion …

The Mg–Si alloys have low CTEs (coefficients of thermal expansion) and other merits, which
contribute to their application potential in the electronic industry. However, the details of their …

The main objective of the present research is to develop a technique to inhibit the mould–
metal interaction in the investment casting of magnesium (Mg) alloys. The use of yttria layers …

The microstructure of primary Mg 2 Si and the interface of Mg 2 Si/α-Mg modified by Sn and
Sb elements in an as-cast Mg-5Sn-2Si-1.5 Al-1Zn-0.8 Sb (wt.%) alloy were investigated. In …

Rare-earth (RE) elements (Ce and Y) addition on modification effect and corrosion behavior
of the Mg-0.8% Si alloy were investigated in the present work. Their correlation was also …