EXPERIMENTAL STUDY OF ELECTRICAL DISCHARGE MACHINING OF HIGHLY POROUS CELLULAR MATERIALS
To date, not fully explored the scientific basis of the process of electrical discharge machining of highly cellular materials, the enhanced performance and accuracy of the size of the workpiece. In this paper, an experimental study of the process of electrical discharge machining of highly porous cellular material. The aim of the work is an experimental study on the effect of electrical discharge machining process and the type of highly porous cellular material on the accuracy of the size of the study conducted on Wire cut EDM machine EcoCut by the method of the classic experiment. For experiments using six samples of highly porous cellular material based on various metals such as copper, nickel, nichrome, hromal. Plotted the interelectrode gap and cutting conditions. To demonstrate the technological applications of the research carried out electro-discharge machining of the workpiece highly porous cellular material, taking into account data on the value of the interelectrode gap. The resulting detail sizes as desired.