This paper presents a review of grinding and polishing process in terms of mechanical interaction between process elements. The abrasive processing includes bonded and unbounded abrasive machining can be analysed as a two-body or three-body processing. Finite element simulations from previous works, each with a different simulation approach, covers the analyses in respect of thermal behaviour of grinding, and single grain simulation. Moreover, microscale abrasive material removal in two-body and three-body abrasive process is addressed based upon previously investigation of microscale abrasion tests
Abstract: The abrasive ¯ow machining (AFM) process can be applied to an impressive range of ®nishing...
Machine components operating in sandy environments will wear because of the abrasive interaction wit...
Abrasive filament brushes have been widely used in surface processes for a wide range of application...
The paper presents an investigation of grinding material removal mechanism using finite element meth...
This paper presents some research results of the application of finite element method and molecular ...
In this research, basic material removal characteristics in a single grit grinding have been investi...
Grinding is a finishing process used in almost every industry. The purpose of this research is to st...
This paper deals with material removal mechanisms in grinding by considering single grit-workpiece i...
Grinding involves the use of a large number of micrometric abrasive grains in order to remove materi...
One of the most important grinding parameters is the real depth of cut which is always lower than it...
An efficient optimization of surface finishing processes can save high amounts of energy and resourc...
AbstractSurface formation for three-body abrasion is essentially more difficult to model than for tw...
This study aims to clarify the friction and wear phenomena, which are of great importance in abrasiv...
The article focuses on the analysis of thermomechanical modeling of cutting by single abrasive micro...
This paper presents some new research findings in the investigation of single grit grinding in terms...
Abstract: The abrasive ¯ow machining (AFM) process can be applied to an impressive range of ®nishing...
Machine components operating in sandy environments will wear because of the abrasive interaction wit...
Abrasive filament brushes have been widely used in surface processes for a wide range of application...
The paper presents an investigation of grinding material removal mechanism using finite element meth...
This paper presents some research results of the application of finite element method and molecular ...
In this research, basic material removal characteristics in a single grit grinding have been investi...
Grinding is a finishing process used in almost every industry. The purpose of this research is to st...
This paper deals with material removal mechanisms in grinding by considering single grit-workpiece i...
Grinding involves the use of a large number of micrometric abrasive grains in order to remove materi...
One of the most important grinding parameters is the real depth of cut which is always lower than it...
An efficient optimization of surface finishing processes can save high amounts of energy and resourc...
AbstractSurface formation for three-body abrasion is essentially more difficult to model than for tw...
This study aims to clarify the friction and wear phenomena, which are of great importance in abrasiv...
The article focuses on the analysis of thermomechanical modeling of cutting by single abrasive micro...
This paper presents some new research findings in the investigation of single grit grinding in terms...
Abstract: The abrasive ¯ow machining (AFM) process can be applied to an impressive range of ®nishing...
Machine components operating in sandy environments will wear because of the abrasive interaction wit...
Abrasive filament brushes have been widely used in surface processes for a wide range of application...