During a grinding of ceramics, its superficial layer undergoes structural changes. It results in significant decrease of thermal conductivity of surface. In this paper, a method of quality assessment of ceramics grinding based on analysis of depth profile of thermal properties using thermal wave methods is presented. The method proposed permits to determine a thickness as well as thermal conductivity of damaged layer. It enables indirect optimisation of machining of ceramics' surface
This dissertation focuses on two important issues in abrasive machining of ceramic materials: (i) im...
The study and monitoring of the workpiece surface roughness is one of the most important parameters ...
The aim of this work is to evaluate the mechanism of stock removal and the ground surface quality of...
During a grinding of ceramics, its superficial layer undergoes structural changes. It results in si...
Grinding helps to shape and finish workpieces, but also induces damage, especially in ceramics. In t...
Application of thermal wave techniques on ceramics using photothermal and photoacoustic effects is d...
The present research is part of an overall effort to explore the feasibility of grinding ceramics wi...
Beside the advantages of advanced ceramics like high working temperature and chemical resistance the...
Measuring ceramic grinding surface residual stresses by using both corrosion method and polishing me...
Cracks produced by indenters in zirconia-TiC ceramic and surface defects in SiSiC ceramic generated ...
Ceramic cutting tools have been successfully employed in many industrial application. However they w...
In order to optimize efficiency of machining, surface properties and strength of machined ceramics, ...
The grinding process is usually one of the last stages in the manufacturing process chain since it c...
Ceramic materials have excellent corrosion, wear, and heat resistant properties etc. However, due to...
This paper presents a method to characterize the surface cracking formed during the machining of cer...
This dissertation focuses on two important issues in abrasive machining of ceramic materials: (i) im...
The study and monitoring of the workpiece surface roughness is one of the most important parameters ...
The aim of this work is to evaluate the mechanism of stock removal and the ground surface quality of...
During a grinding of ceramics, its superficial layer undergoes structural changes. It results in si...
Grinding helps to shape and finish workpieces, but also induces damage, especially in ceramics. In t...
Application of thermal wave techniques on ceramics using photothermal and photoacoustic effects is d...
The present research is part of an overall effort to explore the feasibility of grinding ceramics wi...
Beside the advantages of advanced ceramics like high working temperature and chemical resistance the...
Measuring ceramic grinding surface residual stresses by using both corrosion method and polishing me...
Cracks produced by indenters in zirconia-TiC ceramic and surface defects in SiSiC ceramic generated ...
Ceramic cutting tools have been successfully employed in many industrial application. However they w...
In order to optimize efficiency of machining, surface properties and strength of machined ceramics, ...
The grinding process is usually one of the last stages in the manufacturing process chain since it c...
Ceramic materials have excellent corrosion, wear, and heat resistant properties etc. However, due to...
This paper presents a method to characterize the surface cracking formed during the machining of cer...
This dissertation focuses on two important issues in abrasive machining of ceramic materials: (i) im...
The study and monitoring of the workpiece surface roughness is one of the most important parameters ...
The aim of this work is to evaluate the mechanism of stock removal and the ground surface quality of...