Аннотации:
© 2019 IOP Publishing Ltd. All rights reserved. Intensive use of electrical discharge machining is currently determined by the very dynamic development of domestic engineering. The use of electrical discharge machining helps us to achieve the desired results, namely high machining accuracy, low surface roughness and low dependence of performance on the mechanical properties of the processed materials. Thus, the study of processes and tools of electrical discharge machining to improve the quality of machined parts is one of the urgent tasks.