Topics
orthogonalAgent
In the first part of this paper, an experimental system is described which was developed and used for measuring compliant tools performance characteristics. Elementary mechanics considerations and signal-response characteristics of the experimental apparatus for orthogonal brushing are briefly outlined and discussed. The material removal capabilities for orthogonal brush-workpart contact are determined for several ranges of brush speeds, penetration depths, contact revolutions and filament tip geometry. Finally, a discussion on brush force and material removal characteristics for various brush operating conditions concludes this paper
Brushing tools are widely used in numerous surface finishing applications such as deburring, polishi...
Brushing tools are widely used in numerous surface finishing applications such as deburring, polishi...
In this thesis, an experimental system is developed to detect localized forces within the contact zo...
In the first part of this paper, an experimental system is described which was developed and used fo...
In the first part of this paper, an experimental system is described which was developed and used fo...
This paper studies the stiffness response and contact zone geometry generated by circular filamentar...
Industrial brushing tools are used in industry for surface finishing, deburring and material removal...
Introduction. The article is devoted to a current issue of improving the quality of road surface cle...
The article is dedicated to the establishment of dependencies of the influence of the wear of the cy...
Because of its advantages, brushing processing has many uses. The main ones include the removal of c...
This paper addresses the contact problem associated with the filament/workpart interaction that aris...
Brush deburring requires consistent contact pressure between brush and workpiece. Automating adjustm...
Compliant tools, such as filamentary brushes, are being increasingly used in modern manufacturing fa...
Brushes consist of a body with fixed highly flexible filaments and can be used for deburring and sur...
The contact zones created by the interaction of a compliant abrasive tool and an aluminum plate are ...
Brushing tools are widely used in numerous surface finishing applications such as deburring, polishi...
Brushing tools are widely used in numerous surface finishing applications such as deburring, polishi...
In this thesis, an experimental system is developed to detect localized forces within the contact zo...
In the first part of this paper, an experimental system is described which was developed and used fo...
In the first part of this paper, an experimental system is described which was developed and used fo...
This paper studies the stiffness response and contact zone geometry generated by circular filamentar...
Industrial brushing tools are used in industry for surface finishing, deburring and material removal...
Introduction. The article is devoted to a current issue of improving the quality of road surface cle...
The article is dedicated to the establishment of dependencies of the influence of the wear of the cy...
Because of its advantages, brushing processing has many uses. The main ones include the removal of c...
This paper addresses the contact problem associated with the filament/workpart interaction that aris...
Brush deburring requires consistent contact pressure between brush and workpiece. Automating adjustm...
Compliant tools, such as filamentary brushes, are being increasingly used in modern manufacturing fa...
Brushes consist of a body with fixed highly flexible filaments and can be used for deburring and sur...
The contact zones created by the interaction of a compliant abrasive tool and an aluminum plate are ...
Brushing tools are widely used in numerous surface finishing applications such as deburring, polishi...
Brushing tools are widely used in numerous surface finishing applications such as deburring, polishi...
In this thesis, an experimental system is developed to detect localized forces within the contact zo...
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