This paper studies the influence of various factors contributing to micro electrode wear during electrical discharge machining (EDM) drilling with micro rod and micro tube electrodes. In this paper, a simple method for calculating volumetric wear ratios is proposed based only on geometrical information obtained from the process. The objective of the research is to investigate the wear behaviour of electrodes and the suitability of electrode wear compensation methods. Electrode shape deformation and random variation of the volumetric wear are studied as the main factors affecting the applicability of wear compensation methods and as an indicator of the accuracy achievable with the micro EDM process
The recent miniaturization trend in manufacturing, has enhanced the production of new and highly sop...
In the present study the effect of size and different shapes of electrodes on material removal rate ...
This paper provides an overall view of the current research in micro-electrical discharge machining ...
This paper studies the influence of various factors contributing to micro electrode wear during elec...
This paper studies the influence of factors contributing to electrode wear during the micro-electro ...
To achieve better precision of features generated using the micro-electrical discharge machining (mi...
Due to the high precision and good surface quality that it can give, Electrical Discharge Machining ...
The miniaturization of components enhances the difficulties related to their production with convent...
The fabrication of high aspect ratio microstructures is very challenging, especially when the work p...
Due to the high precision and good surface quality that it can give, EDM is potentially an important...
Micro-Electrical Discharge Machining ( - EDM) means the modification of process technologies and mac...
EDM-milling and micro-EDM-milling aims to machine deep cavities with rotating electrode; those techn...
This paper discusses electrode wear changes under different operating conditions. A series of experi...
An experimental campaign based on the execution of through micro-holes on stainless steel plates was...
The process of electrical discharge machining (EDM) includes thermal erosion of the workpiece by a s...
The recent miniaturization trend in manufacturing, has enhanced the production of new and highly sop...
In the present study the effect of size and different shapes of electrodes on material removal rate ...
This paper provides an overall view of the current research in micro-electrical discharge machining ...
This paper studies the influence of various factors contributing to micro electrode wear during elec...
This paper studies the influence of factors contributing to electrode wear during the micro-electro ...
To achieve better precision of features generated using the micro-electrical discharge machining (mi...
Due to the high precision and good surface quality that it can give, Electrical Discharge Machining ...
The miniaturization of components enhances the difficulties related to their production with convent...
The fabrication of high aspect ratio microstructures is very challenging, especially when the work p...
Due to the high precision and good surface quality that it can give, EDM is potentially an important...
Micro-Electrical Discharge Machining ( - EDM) means the modification of process technologies and mac...
EDM-milling and micro-EDM-milling aims to machine deep cavities with rotating electrode; those techn...
This paper discusses electrode wear changes under different operating conditions. A series of experi...
An experimental campaign based on the execution of through micro-holes on stainless steel plates was...
The process of electrical discharge machining (EDM) includes thermal erosion of the workpiece by a s...
The recent miniaturization trend in manufacturing, has enhanced the production of new and highly sop...
In the present study the effect of size and different shapes of electrodes on material removal rate ...
This paper provides an overall view of the current research in micro-electrical discharge machining ...