Add to ORKGStresses generated due to contact between an ideally rough but flat surface and a smooth cylinder are calculated using complex variable analysis. At low normal loads there are two possible responses: (i) the asperity is plastic when the subsurface is elastic and (ii) the asperity is elastic and the subsurface is plastic. It is found that it is possible to evoke a desired response by manipulating surface geometry and loa
Bearing area analysis has been used to study the real area of contact and compliance of rough turned...
In a mechanical interface, the contact surface topography has an important influence on the contact ...
In most engineering applications, bulk plastic deformation of the surface is avoided. There is, howe...
Stresses generated due to contact between an ideally rough but flat surface and a smooth cylinder ar...
This work presents a simulation of 2D rolling contact on a rough surface using a finite element anal...
The paper describes an elastic–plastic finite element (EPFE) analysis of line contact between a cyli...
Theoretical and experimental results are presented to evaluate the deformation behavior of the conta...
asperities on the two surfaces come into contact. So it is necessary to relate the force acting on t...
Compression of a rough turned cylinder between two hard, smooth, flat plates has been analysed with ...
Contact between curved rough bodies is an important engineering problem. The paper addresses the pro...
The Greenwood-Williamson (GW) model has been one of the commonly used contact models to study rough ...
This thesis presents the analytical studies of the behaviour of the bodies in contact, particularly ...
It is assumed that the influence of the remaining contacting asperities is equal to the action of th...
Accounting for surface roughness in contact simulation can significantly change the calculated value...
Bearing area analysis has been used to study the real area of contact and compliance of rough turned...
Bearing area analysis has been used to study the real area of contact and compliance of rough turned...
In a mechanical interface, the contact surface topography has an important influence on the contact ...
In most engineering applications, bulk plastic deformation of the surface is avoided. There is, howe...
Stresses generated due to contact between an ideally rough but flat surface and a smooth cylinder ar...
This work presents a simulation of 2D rolling contact on a rough surface using a finite element anal...
The paper describes an elastic–plastic finite element (EPFE) analysis of line contact between a cyli...
Theoretical and experimental results are presented to evaluate the deformation behavior of the conta...
asperities on the two surfaces come into contact. So it is necessary to relate the force acting on t...
Compression of a rough turned cylinder between two hard, smooth, flat plates has been analysed with ...
Contact between curved rough bodies is an important engineering problem. The paper addresses the pro...
The Greenwood-Williamson (GW) model has been one of the commonly used contact models to study rough ...
This thesis presents the analytical studies of the behaviour of the bodies in contact, particularly ...
It is assumed that the influence of the remaining contacting asperities is equal to the action of th...
Accounting for surface roughness in contact simulation can significantly change the calculated value...
Bearing area analysis has been used to study the real area of contact and compliance of rough turned...
Bearing area analysis has been used to study the real area of contact and compliance of rough turned...
In a mechanical interface, the contact surface topography has an important influence on the contact ...
In most engineering applications, bulk plastic deformation of the surface is avoided. There is, howe...