AbstractIn this research we considered the interaction between the grinding wheel and a workpiece during grinding. The metal dispersing mechanism and tool wear based on non-equilibrium thermodynamics concepts were described in the paper. We also provided reasoning for the assignment of characteristics of the grinding wheel and lubricating coolant. As a result, a new abrasive tool with an increased resistance was developed
In the work was presented the results of studies concerns on the destructive mechanisms for forging ...
The aim of this work is to study the wheel/workpiece dynamic interactions in high-speed grinding usi...
In particular, the quantitative and qualitative results of the technological process are in most cas...
AbstractIn this research we considered the interaction between the grinding wheel and a workpiece du...
AbstractPhysicochemical mechanism is one of the wear mechanisms of the abrasive grain in grinding. E...
AbstractThe intensity and the degree of blunting are the main factors which define the working capac...
The processing of materials by cutting with abrasive tool is carried out by means of thousands of gr...
International audienceAbrasive wear was usually identified as the main wear mode occurring at the to...
Abrasives are used in various forms to produce fine finishes on metal surfaces. Previously, grinding...
AbstractThe productivity of technological operation, accuracy, and surface finish depend on the patt...
In this report, a theoretical consideration relating between the wheel-work contact temperature and ...
Grinding force is an important parameter that affects the productivity and quality of industrial pro...
The influence of the components of the abrasive tool formulation and the technology of mixing the co...
Grinding process is generally used to improve the tolerance integrity and surface quality of a workp...
A physical description of material grindability is proposed as a property of deformation and surface...
In the work was presented the results of studies concerns on the destructive mechanisms for forging ...
The aim of this work is to study the wheel/workpiece dynamic interactions in high-speed grinding usi...
In particular, the quantitative and qualitative results of the technological process are in most cas...
AbstractIn this research we considered the interaction between the grinding wheel and a workpiece du...
AbstractPhysicochemical mechanism is one of the wear mechanisms of the abrasive grain in grinding. E...
AbstractThe intensity and the degree of blunting are the main factors which define the working capac...
The processing of materials by cutting with abrasive tool is carried out by means of thousands of gr...
International audienceAbrasive wear was usually identified as the main wear mode occurring at the to...
Abrasives are used in various forms to produce fine finishes on metal surfaces. Previously, grinding...
AbstractThe productivity of technological operation, accuracy, and surface finish depend on the patt...
In this report, a theoretical consideration relating between the wheel-work contact temperature and ...
Grinding force is an important parameter that affects the productivity and quality of industrial pro...
The influence of the components of the abrasive tool formulation and the technology of mixing the co...
Grinding process is generally used to improve the tolerance integrity and surface quality of a workp...
A physical description of material grindability is proposed as a property of deformation and surface...
In the work was presented the results of studies concerns on the destructive mechanisms for forging ...
The aim of this work is to study the wheel/workpiece dynamic interactions in high-speed grinding usi...
In particular, the quantitative and qualitative results of the technological process are in most cas...