A new YAl_2p/Mg-14Li-1Al composites with 5wt%YAl_2p was prepared by stir-casting and its microstructures and properties are investigated systematically.

With the aim of solving the problem of honeycomb pores in B4C/Mg-Li based composites,the forming causes of honeycomb pores in preparing B4C/Mg-Li based composites by stirring casting was investigated.

The quick inspecting method for stirring casting process of SiC-p/A356 composites was introduced in this paper,and the judgment of the acceptable quality with the inspect method was discussed according to the feature of stirring casting method.

Through analyzing and studying the reaction kinetics on in-situ Al3Fe/Al composites made by stirring casting, it was found that the time of Fe and Al complete response to form in-situ intermetallic compound to strengthening the Al matrix by adding Fe powder into to Al melt with mixing way has a square relations with the formed Fe powder size in melt.

0%Si (mass fraction) composite prepared by stir casting was simulated by a modified cellular automaton method coupled with finite difference method,and 3D mathematical and numerical models under normal solidification condition were established including macro heat transfer,nucleation,equiaxed dendrite growth and particle pushing.

The research history of metal matrix composites is summarized in the paper,conventional metal matrix and types of reinforcement of metal matrix composites are introduced and especially their fabrication methods,such as stir casting、powder metallurgy and in-situ synthesis are reviewed.

In this paper, SiCp/A356 Aluminum matrix composite was prepared successfully by stir casting process.

The study in preparing high Mn-content Mg-Mn interalloy by stirring cast

The method for measuring the porosity of stirring cast made SiC particle reinforced aluminum matrix composites is introduced in this paper.

SiC particulate reinforced magnesium matrix composites SiCp/AZ61 was fabricated using of Stirring-Melt Casting technique.