Obtaining a surface with negligible roughness is very expensive, time consuming and unnecessary. The influence of surface roughness on the contact stiffness is of great importance. The extra cost associated with unnecessary surface finish can be limited by eliminating the unnecessary machining operations beyond the required surface finish. In this article, a simplified solution is presented to calculate the stiffness of rough contact between the workpiece and spherical locator; also, the effect of surface roughness on the stiffness and deformation of rough spherical contact is studied for different applied loads to find an ‘economic roughness’ under machining forces
A mathematical formulation for the contact of rough surfaces is presented. The derivation of the con...
Theoretical and experimental results are presented to evaluate the deformation behavior of the conta...
Surfaces are rough, unless special care is taken to make them atomically smooth. Roughness exists at...
International audienceObtaining a surface with negligible roughness is very expensive, time consumin...
The models of roughness description developed in a related paper that use simple parabolic functions...
The influence of surface roughness on the accuracy with which the Hertz theory of elastic contact pr...
Our understanding of the mechanics of contact behaviour for interacting particles has been developed...
Accounting for surface roughness in contact simulation can significantly change the calculated value...
The effect of material properties and surface roughness on the contribution of asperities and sphere...
The solution to an elastic-plastic rough surface contact problem can be applied to phenomena such as...
In this work, we investigate the influence of mound roughness on the contact area between elastic bo...
The load-area relation of rough surfaces is of great interest in tribology. For elastic-plastic soli...
In a mechanical interface, the contact surface topography has an important influence on the contact ...
AbstractThis paper describes the laws of structuring surface roughness at surface plastic deformatio...
This study proposes the use of a simple spring model that relates the interfacial stiffness with the...
A mathematical formulation for the contact of rough surfaces is presented. The derivation of the con...
Theoretical and experimental results are presented to evaluate the deformation behavior of the conta...
Surfaces are rough, unless special care is taken to make them atomically smooth. Roughness exists at...
International audienceObtaining a surface with negligible roughness is very expensive, time consumin...
The models of roughness description developed in a related paper that use simple parabolic functions...
The influence of surface roughness on the accuracy with which the Hertz theory of elastic contact pr...
Our understanding of the mechanics of contact behaviour for interacting particles has been developed...
Accounting for surface roughness in contact simulation can significantly change the calculated value...
The effect of material properties and surface roughness on the contribution of asperities and sphere...
The solution to an elastic-plastic rough surface contact problem can be applied to phenomena such as...
In this work, we investigate the influence of mound roughness on the contact area between elastic bo...
The load-area relation of rough surfaces is of great interest in tribology. For elastic-plastic soli...
In a mechanical interface, the contact surface topography has an important influence on the contact ...
AbstractThis paper describes the laws of structuring surface roughness at surface plastic deformatio...
This study proposes the use of a simple spring model that relates the interfacial stiffness with the...
A mathematical formulation for the contact of rough surfaces is presented. The derivation of the con...
Theoretical and experimental results are presented to evaluate the deformation behavior of the conta...
Surfaces are rough, unless special care is taken to make them atomically smooth. Roughness exists at...