SEM image of WEDMed specimen at TON = 15 μs, IP = 9A, SV = 15 V
a The performed cutting path; b kerf width illustration
Wear behavior of wire electric discharge machined surface of 316L stainless steel
a The performed cutting path; b kerf width illustration
Response graphs for a MRR and b SR
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The feasibility of eco-friendly electrical discharge machining for surface modification of Ti: A comparison study in surface properties, bioactivity, and cytocompatibility - ScienceDirect
Wear behavior of wire electric discharge machined surface of 316L stainless steel
SEM image of WEDMed specimen at TON = 25 μs, IP = 12A, SV = 5 V, WT = 5
Tribological investigations of wear resistant layers developed through EDA and WEDA techniques on Ti6Al4V surfaces: Part I – Ambient temperature - ScienceDirect
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Results of Individual Machining Characteristic Optimization
Surface integrity and fatigue behaviour of electric discharged machined and milled austenitic stainless steel - ScienceDirect