2001
DOI: 10.2320/matertrans.42.2597
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Surface Modification of SKD 61 during EDM with Metal Powder in the Dielectric

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Cited by 58 publications
(19 citation statements)
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“…Through dry EDM, small or zero tool-electrode wear with improved surface quality can be achieved [114]. Aside from material removal capability, EDM process is also considered as surface modification/alloying technique, due to the evidence of material transfer which occurs between the electrodes and the suspended dielectric fluid additives during the process [124][125][126]. The development of smaller (microsize) products widens the applications of EDM to produce microcavities with high-aspect ratio [127], micro molds and dies [128], and micro rotational components [129].…”
Section: Evolution Of Edm Applicationsmentioning
confidence: 99%
“…Through dry EDM, small or zero tool-electrode wear with improved surface quality can be achieved [114]. Aside from material removal capability, EDM process is also considered as surface modification/alloying technique, due to the evidence of material transfer which occurs between the electrodes and the suspended dielectric fluid additives during the process [124][125][126]. The development of smaller (microsize) products widens the applications of EDM to produce microcavities with high-aspect ratio [127], micro molds and dies [128], and micro rotational components [129].…”
Section: Evolution Of Edm Applicationsmentioning
confidence: 99%
“…EDM polega na erozji mikroobjętości materiału w wyniku wyładowań elektrycznych, podczas których tworzy sią łuk między elektrodą a obrabianym przedmiotem, a energia elektryczna jest przekształcana w energię cieplną. Odwrócenie polaryzacji sprzyja zmianom charakteru procesu, tak że znaczna ilość materiału z elektrody roboczej (stopującej) może być odkładana na powierzchni obrabianego przedmiotu [3,8,10,11,12,13]. W wyniku transferu masy w warunkach występowania ciekłego metalu powstają korzystne warunki do modyfikacji składu chemicznego warstwy wierzchniej.…”
unclassified
“…a rotary disc brush, a vibrating rod and a monolithic electrode practically of any shape. Different electrodes mean different surface textures produced [5,14,16,17]. From the literature and the authors' earlier studies, it is clear that modification of the workpiece surface requires using an appropriate alloying electrode.…”
Section: Introductionmentioning
confidence: 99%