Abstract

Laser- grounded cumulative manufacturing ( AM) is an arising fast prototyping technology with the point of a rapidfire cooling process, which is crucial to carrying unique microstructures. It’s possible to ameliorate the performance and reduce the cost of glamorous products by applying Ray- grounded AM because their microstructure plays a significant part. Direct energy deposit ( DED) for soft glamorous material is a promising system. This exploration verifies the feasibility of the idea. It designs and optimizes the printing parameters and processes by quality control trials inspired by the Taguchi system and analysis of friction models to gain published soft glamorous accoutrements with many blights and cracks [1]. Also, it presents the parcels of DED- published silicon iron samples by conducting optic and surveying electron microscopy and glamorous characterization.