Investigation of process Parameter for Die Casting and Optimization of Cooling time Through Computational Methods

In the present work, different order of optimization and simulation techniques used on die casting operation. The die temperature profiles are going to be studied with infrared thermograph technology and also the internal cooling system are going to be optimized to provide even cooling to the components and the die or effects parameters inlet velocity, cooling rate, temperature distribution and solidification time of molten material. A simple computational model for isothermal phase change of phase change material (PCM). The mathematical model was based on an enthalpy formulation with equations cast in such a form that the only unspecified temperamental is the PCM’s temperature. Considerable amount of work has been reported by the researchers on die casting and optimization of various input parameters. Several approaches are proposed in the literature to optimize these parameters hence it is felt that a review of the various approaches developed would help to compare their main features and their relative advantages and limitations to allow choose the most suitable approach for a particular application. In this paper present a review of development done in the area of optimization of process parameter of die casting component.