This paper presents initial research on the surfaces of cutting ceramic plates ground using diamond grinding wheels. Ceramic materials were ground using a piezoelectric feed-in system whose aim was to minimize the effect of brittle cracking of the ceramic material in the machining zone. Due to precise machining it is possible to smooth out the machined surface by ductile-regime grinding the material removal mechanism and, in consequence, reducing the defects on its surface and in the surface layer of the ground material
This dissertation focuses on two important issues in abrasive machining of ceramic materials: (i) im...
The results of investigations of diamond polishing of glass ceramic are presented. A technological s...
The advancement of miniaturization technology requires complex and intricate manufacturing technique...
The aim of this work is to evaluate the mechanism of stock removal and the ground surface quality of...
The aim of this work is to evaluate the mechanism of stock removal and the ground surface quality of...
Subject of investigation: processes of grinding of hard-to-work tool materials by diamond wheels.Pur...
Ceramic materials processing techniques have been briefly presented in the article. The process of g...
An investigation was undertaken to explore the grinding characteristics and removal mechanisms in hi...
Machining characteristics and surface integrity of advanced ceramics, including alumina, alumina-tit...
The work covers the cutting operation of blanks of semiconductor and dielectric materials into the p...
A comprehensive statistical analysis of the factors controlling surface quality and form in ultra-pr...
AbstractThe reasoning of the diamond electrochemical grinding (DECMG) method of machining of rectang...
This research paper focuses on grinding of materials used for tools (100Cr6 (CSN 4 14109), X210Cr12 ...
AbstractThe engineering ceramic grinding process with an electroplated diamond wheel is significantl...
This study has been focused on properties of mirror surface grinding technology by ELID(Electrolytic...
This dissertation focuses on two important issues in abrasive machining of ceramic materials: (i) im...
The results of investigations of diamond polishing of glass ceramic are presented. A technological s...
The advancement of miniaturization technology requires complex and intricate manufacturing technique...
The aim of this work is to evaluate the mechanism of stock removal and the ground surface quality of...
The aim of this work is to evaluate the mechanism of stock removal and the ground surface quality of...
Subject of investigation: processes of grinding of hard-to-work tool materials by diamond wheels.Pur...
Ceramic materials processing techniques have been briefly presented in the article. The process of g...
An investigation was undertaken to explore the grinding characteristics and removal mechanisms in hi...
Machining characteristics and surface integrity of advanced ceramics, including alumina, alumina-tit...
The work covers the cutting operation of blanks of semiconductor and dielectric materials into the p...
A comprehensive statistical analysis of the factors controlling surface quality and form in ultra-pr...
AbstractThe reasoning of the diamond electrochemical grinding (DECMG) method of machining of rectang...
This research paper focuses on grinding of materials used for tools (100Cr6 (CSN 4 14109), X210Cr12 ...
AbstractThe engineering ceramic grinding process with an electroplated diamond wheel is significantl...
This study has been focused on properties of mirror surface grinding technology by ELID(Electrolytic...
This dissertation focuses on two important issues in abrasive machining of ceramic materials: (i) im...
The results of investigations of diamond polishing of glass ceramic are presented. A technological s...
The advancement of miniaturization technology requires complex and intricate manufacturing technique...