Add to ORKGThe contact zones created by the interaction of a compliant abrasive tool and an aluminum plate are evaluated using a three-dimensional analysis technique. These contact zones are created by varying the brushing parameters, i.e brush rotational speed, depth of brush penetration, and number of brush/workpart contact revolutions. The analysis evaluates contact zones using some theories developed in earlier research. This paper also interrelates contact zone characteristics with the different brushing parameters
In the first part of this paper, an experimental system is described which was developed and used fo...
A 3-D, dynamic, non-linear Finite Element Model (FEM) involving contact is used to determine apparen...
Many manufacturing lines employ the use of robotic technology to speed up processes and also provide...
The contact zones created by the interaction of a compliant abrasive tool and an aluminum plate are ...
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...
This paper addresses the contact problem associated with the filament/workpart interaction that aris...
Brushes consist of a body with fixed highly flexible filaments and can be used for deburring and sur...
AbstractA new method for analyzing the tool-workpiece-contact area in cutting processes is presented...
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...
The article presents a mathematical model describing the behavior of a rotating metal brush wire pil...
In this paper the role which workpart geometry plays in the stiffness properties and contact zone ch...
Brushing with bonded abrasives is a flexible finishing process used for the deburring and the roundi...
Contact area and contact forces between tool and workpiece are important variables for the estimatio...
In the first part of this paper, an experimental system is described which was developed and used fo...
A 3-D, dynamic, non-linear Finite Element Model (FEM) involving contact is used to determine apparen...
Many manufacturing lines employ the use of robotic technology to speed up processes and also provide...
The contact zones created by the interaction of a compliant abrasive tool and an aluminum plate are ...
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...
This paper addresses the contact problem associated with the filament/workpart interaction that aris...
Brushes consist of a body with fixed highly flexible filaments and can be used for deburring and sur...
AbstractA new method for analyzing the tool-workpiece-contact area in cutting processes is presented...
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...
The article presents a mathematical model describing the behavior of a rotating metal brush wire pil...
In this paper the role which workpart geometry plays in the stiffness properties and contact zone ch...
Brushing with bonded abrasives is a flexible finishing process used for the deburring and the roundi...
Contact area and contact forces between tool and workpiece are important variables for the estimatio...
In the first part of this paper, an experimental system is described which was developed and used fo...
A 3-D, dynamic, non-linear Finite Element Model (FEM) involving contact is used to determine apparen...
Many manufacturing lines employ the use of robotic technology to speed up processes and also provide...