Add to ORKGAbstract: Grinding wheels are deformed by the effect of centrifugal forces. In this study, applying previously proposed mathematical model of grinding wheels, the elastic deformations due to centrifugal forces are analyzed. And, the analyzed elastic results are evaluated experimentally. From these results, it is clarified that the effect of centrifugal forces on the elastic deformations of grinding wheel can be analyzed quantitatively by using the mathematical model previously proposed. 1
Two types of vibration, i.e. forced and self-excited, are generated during the grinding process. The...
Following the example of aerospace transmissions producers, nowadays, more and more industrial field...
This paper describes a force model for grinding with segmental wheels. Both experimental and analyti...
The thesis commences with a review of the published work on high speed grinding and a description of...
In this study, in order to clarify dynamic phenomena of grains in the contact area with workpiece, a...
Considering the grinding geometry of the thread grinding dynamic contact arc length, a dynamic numer...
Abstract: In this study, a mathematical model consisting of rigid abrasive grains and bonds as sprin...
[[abstract]]Form grinding produces a surface with a particular profile. In a plug-grinding system, t...
An elastic model has been developed which predicts the roundness profiles generated in cylindrical p...
The issues of the components of a grinding wheel recipe, namely, abrasive grains, bonds and various ...
In this paper the simple and useful grinding test is proposed in which wheel head is fed continuousl...
Empirical evidence has shown that grinding wheel characteristics significantly affect performance in...
A model for a characteristic grain consisting of the superimposition of a large and a small wavele...
Grinding is one of the most widely used material removal methods at the end of many process chains. ...
This paper is the second of three parts which describe the analysis and simulation of the grinding p...
Two types of vibration, i.e. forced and self-excited, are generated during the grinding process. The...
Following the example of aerospace transmissions producers, nowadays, more and more industrial field...
This paper describes a force model for grinding with segmental wheels. Both experimental and analyti...
The thesis commences with a review of the published work on high speed grinding and a description of...
In this study, in order to clarify dynamic phenomena of grains in the contact area with workpiece, a...
Considering the grinding geometry of the thread grinding dynamic contact arc length, a dynamic numer...
Abstract: In this study, a mathematical model consisting of rigid abrasive grains and bonds as sprin...
[[abstract]]Form grinding produces a surface with a particular profile. In a plug-grinding system, t...
An elastic model has been developed which predicts the roundness profiles generated in cylindrical p...
The issues of the components of a grinding wheel recipe, namely, abrasive grains, bonds and various ...
In this paper the simple and useful grinding test is proposed in which wheel head is fed continuousl...
Empirical evidence has shown that grinding wheel characteristics significantly affect performance in...
A model for a characteristic grain consisting of the superimposition of a large and a small wavele...
Grinding is one of the most widely used material removal methods at the end of many process chains. ...
This paper is the second of three parts which describe the analysis and simulation of the grinding p...
Two types of vibration, i.e. forced and self-excited, are generated during the grinding process. The...
Following the example of aerospace transmissions producers, nowadays, more and more industrial field...
This paper describes a force model for grinding with segmental wheels. Both experimental and analyti...