Influence of Squeeze Casting Process Parameter on Al/SiCp Metal Matrix Composite

Abstract

Abstract There are so many casting processes available in the manufacturing industry world. Each method has its distinguished pros and cons. The main drawback of the conventional casting process, such as high pressure die casting, is the presence of air, wrinkles and porosity. Casting without these defects is really challenging and leads to tailor the new innovative processing method. To develop the quality and integrity of the process the suitable technique is considered as squeeze casting. This method is versatile and exhibits unique properties since many automobile manufacturing industries have incorporated it. Squeeze cast component can have superior mechanical, micro, and microstructural characteristics of features compared with traditional casting techniques as it alleviates voids and blowholes. The current study focuses on the effect of process parameters of squeeze casting towards the mechanical properties of Al/SiCp materials. Volume addition of 10% SiCp to the molten aluminum metal to pour into the preheated die is performed in the laboratory. Cylindrical cast samples are cut into pieces as per the dimensions to carryout material characterization.