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Pressure die-casting parts are widely used in various assemblies so the die- casting products are in huge demand. To meet the increasing demand and increasing manufacturing cost industries are focusing on sustainable manufacturing. Life cycle assessment tools are used by the industries to quantify sustainability of a process. In the present study, a computer aided system to analyze the sustainability of pressure die-casting process is developed. The proposed system can determine indicators like energy use, solid waste, cost, and other miscellaneous consumption like flux, die-coat lubricant for pressure die-casting process. It determines the sustainability indicators on the basis of the selection of metal, metal alloy and sub-process. This system has user friendly Graphical User Interface (GUI).That has been developed to prompt user to select the various choices in the system and enter data for the process plan. The two case studies are presented to verify the computer aided system process analyzer by comparing the system data with actual measured data in industry.
About the author
Il Dr. Chandan Deep Singh lavora come professore assistente presso il dipartimento di ingegneria meccanica dell'Università di Punjabi, Patiala. Ha completato il dottorato di ricerca in ingegneria meccanica nel 2016. Ha all'attivo circa 60 pubblicazioni su varie riviste internazionali e ha guidato circa 30 studenti per la tesi di M.Tech.
