Experimental investigation and optimal prediction of process parameters on aluminium reinforced composite fabricated by stir cum squeeze casting method – A review

Nowadays, the manufacturer facing huge loss in casting due to high defect rate. The disadvantage of casting is occurring defects like shrinkage, blowholes, porosity. To get better result, squeeze casting process can be invented. In this paper, squeeze casting process works in good manner and its origins and developments are reviewed, the different process involved including the temperature, properties, recrystallization, advantages, disadvantages, grain refinements, property of materials, different mechanical processes of squeeze casting. A356 alloys are applicable in aircrafts and automobile industry because of their high strength & hardness, weight ratio and its structure. A356 alloys are established with good ductileness, high strengthened, toughness & hardness at room temperature. The addition of SiCp led to the improvisation in tensile and compressive strength, toughness, rigidness and fatigue life. Recent studies are recommended that the carbon nanotubes can be used by chemical vaporization, electrical arcing method and laser de-position method. In this review paper, we see metal matrix composites of A356, Silicon Carbide, Multiwalled carbon nano tube properties and temperature and pressure of Squeeze casting process.