Electrochemical form grinding cutting tests were performed on 25 17-4 PH stainless steel bars by a copper resin aluminum oxide wheel formed from a diamond form block. Tests investigated methods of dressing a form into a grinding wheel, nozzle design, optimum machine settings, and tolerance capabilities. The electrolyte was distributed evenly onto the wheel by a form-fitting nozzle, and a minimum of two passes, rough and finish, were made because of current density variations throughout the cut. Tolerance held on the form test samples was +- 0.12 mm on the contour, with an average 0.12 mm overcut
This investigation was motivated by the need for accurate prediction of electrochemical machined sur...
Shape accuracy was investigated in respect to electrochemical tooling influence on machining of a ro...
ELID-grinding (ELID = Electrolytic-In-Process-Dressing) is mainly used for reproductive components a...
AbstractElectrochemical grinding (ECG) is a variation of electrochemical machining (ECM), in which m...
[[abstract]]In the current study, electropolishing using a turning tool as the electrode for several...
The aim of this work was to achieve the surface finish of 10nm on a 40mm diameter disc of chrome-mo...
The article describes a process of electrochemical grinding (ECG – Electrochemical Grinding) with a ...
An important and significant advantage of the electrochemical grinding process (ECG) over convention...
In Electrolytic In-Process Dressing (ELID) grinding the metallic wheels are kept sharp through an el...
[[abstract]]This research presents a new application of electropolishing using a low-cost disc-form ...
Machining of an integrally bladed stainless steel wheel by high rate anodic dissolution is discussed...
In the paper, the influence of the electrodischarge dressing methods of superhard grinding wheels on...
AbstractIn Electrolytic In-Process Dressing (ELID) grinding the metallic wheels are kept sharp throu...
The goal of this study is to investigate the capability of electrolytic in-process dressing (ELID)-g...
AbstractThe reasoning of the diamond electrochemical grinding (DECMG) method of machining of rectang...
This investigation was motivated by the need for accurate prediction of electrochemical machined sur...
Shape accuracy was investigated in respect to electrochemical tooling influence on machining of a ro...
ELID-grinding (ELID = Electrolytic-In-Process-Dressing) is mainly used for reproductive components a...
AbstractElectrochemical grinding (ECG) is a variation of electrochemical machining (ECM), in which m...
[[abstract]]In the current study, electropolishing using a turning tool as the electrode for several...
The aim of this work was to achieve the surface finish of 10nm on a 40mm diameter disc of chrome-mo...
The article describes a process of electrochemical grinding (ECG – Electrochemical Grinding) with a ...
An important and significant advantage of the electrochemical grinding process (ECG) over convention...
In Electrolytic In-Process Dressing (ELID) grinding the metallic wheels are kept sharp through an el...
[[abstract]]This research presents a new application of electropolishing using a low-cost disc-form ...
Machining of an integrally bladed stainless steel wheel by high rate anodic dissolution is discussed...
In the paper, the influence of the electrodischarge dressing methods of superhard grinding wheels on...
AbstractIn Electrolytic In-Process Dressing (ELID) grinding the metallic wheels are kept sharp throu...
The goal of this study is to investigate the capability of electrolytic in-process dressing (ELID)-g...
AbstractThe reasoning of the diamond electrochemical grinding (DECMG) method of machining of rectang...
This investigation was motivated by the need for accurate prediction of electrochemical machined sur...
Shape accuracy was investigated in respect to electrochemical tooling influence on machining of a ro...
ELID-grinding (ELID = Electrolytic-In-Process-Dressing) is mainly used for reproductive components a...