In this paper we propose a new methodology to characterize the morphological properties of a surface in relation with its functionality (tribological properties, surface coating adhesion, brightness, wettability…). We create a software based on experimental design and surface profile recording. Using an appropriate database structure, the roughness parameters are automatically computed at different scales. The surface files are saved in a hard disk directory and roughness parameters are computed at different scales. Finally, a statistical analysis system proposes the roughness parameter (or the pair of roughness parameters) that better describe(s) the functionality of the surface and the spatial scales at which the parameter(s) is (are) the...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...
In this paper we propose a new methodology to characterize the morphological properties of a surface...
In order to conduct a comprehensive roughness analysis, around sixty 3D roughness parameters are cre...
A surface morphology can be described by numerous roughness parameters. Making the most of the power...
In order to conduct a comprehensive roughness analysis, around sixty 3D roughness parameters are cre...
A surface morphology can be described by numerous roughness parameters. Making the most of the power...
Knowing that a surface or profile can be characterized by numerous roughness parameters, the objecti...
In recent years surface metrology has undergone a revolution: non-contact technologies have driven t...
Summary In order to conduct a comprehensive roughness analysis, around sixty 3D roughness parameters...
Knowing that a surface or profile can be characterized by numerous roughness parameters, the objecti...
In recent years surface metrology has undergone a revolution: non-contact technologies have driven t...
International audienceIn order to conduct a comprehensive roughness analysis, around sixty 3D roughn...
The increasing number of works related to the surface texture characterization based on 3D informati...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...
In this paper we propose a new methodology to characterize the morphological properties of a surface...
In order to conduct a comprehensive roughness analysis, around sixty 3D roughness parameters are cre...
A surface morphology can be described by numerous roughness parameters. Making the most of the power...
In order to conduct a comprehensive roughness analysis, around sixty 3D roughness parameters are cre...
A surface morphology can be described by numerous roughness parameters. Making the most of the power...
Knowing that a surface or profile can be characterized by numerous roughness parameters, the objecti...
In recent years surface metrology has undergone a revolution: non-contact technologies have driven t...
Summary In order to conduct a comprehensive roughness analysis, around sixty 3D roughness parameters...
Knowing that a surface or profile can be characterized by numerous roughness parameters, the objecti...
In recent years surface metrology has undergone a revolution: non-contact technologies have driven t...
International audienceIn order to conduct a comprehensive roughness analysis, around sixty 3D roughn...
The increasing number of works related to the surface texture characterization based on 3D informati...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...
The roughness of material surfaces is of greatest relevance for applications. These include wear, fr...