What is it about?
Influence on machinability and form tolerance of Inconel 718 in EDM using different diameter multi hole Cu electrodes
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Why is it important?
Highly precise products with close tolerances are manufactured by non-conventional machining methods in aerospace and defence industries. Specifically, electric discharge machining (EDM) is practically versatile applications of non-conventional machining in precision manufacturing industries to manufacture precise and close tolerance parts with higher accuracy. Therefore, it is the requirement that regular estimations should be made to measure the form tolerances.
Perspectives
This research aims to examine the machinability and form tolerances in die sinking EDM for Ni-based superalloy with different diameter internally engraved hole of the multi-hole copper electrode. Manufacturing of superalloys with close tolerances is becoming a major area for primary research in defence and aerospace industries due to their particular characteristics. Therefore, this work focuses on an experimental analysis to improve the productivity and Material Removal Rate of Inconel-718 with close tolerances.
Sandeep Kumar
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This page is a summary of: Influence on machinability and form tolerance of Inconel 718 in Edm using different diameter multi hole Cu electrodes, SN Applied Sciences, April 2019, Springer Science + Business Media,
DOI: 10.1007/s42452-019-0403-x.
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