The increasing number of works related to the surface texture characterization based on 3D information, makes convenient rethinking traditional methods based on two-dimensional measurements from profiles. This work compares results between measurements obtained using two and three-dimensional methods. It uses three kinds of data sources: reference surfaces, randomly generated surfaces and measured. Preliminary results are presented. These results must be completed trying to cover a wider number of possibilities according to the manufacturing process and the measurement instrumentation since results can vary quite significantly between them
In this paper we propose a new methodology to characterize the morphological properties of a surface...
Finishing operations play a fundamental role in the additive manufacture of components. Conventional...
In the present paper the influence of the reference system with regard to the characterization of th...
The increasing number of works related to the surface texture characterization based on 3D informati...
AbstractThe increasing number of works related to the surface texture characterization based on 3D i...
Surface texture of a part or a product has significant effects on its functionality, physical-mechan...
Currently in production engineering surface roughness parameters are evaluated in three-dimensions, ...
Design and manufacture of dies and moulds is a critical aspect of many production systems since the ...
A microfilled and hybrid resin composites used for esthetic restoration were finished and polished u...
For many decades engineers and researchers have been using two-dimensional (2D) instruments to measu...
In the development and production of industrial parts, both the macroscopic shape and the microstruc...
3D measurement on surface roughness could be used to assess the surface quality but the procedure i...
In order to conduct a comprehensive roughness analysis, around sixty 3D roughness parameters are cre...
The main aim of this project was to quantitatively characterise the developed surface topography of...
Recent advances in studies of 3D-organization of surfaces microgeometry are presented. Methods of su...
In this paper we propose a new methodology to characterize the morphological properties of a surface...
Finishing operations play a fundamental role in the additive manufacture of components. Conventional...
In the present paper the influence of the reference system with regard to the characterization of th...
The increasing number of works related to the surface texture characterization based on 3D informati...
AbstractThe increasing number of works related to the surface texture characterization based on 3D i...
Surface texture of a part or a product has significant effects on its functionality, physical-mechan...
Currently in production engineering surface roughness parameters are evaluated in three-dimensions, ...
Design and manufacture of dies and moulds is a critical aspect of many production systems since the ...
A microfilled and hybrid resin composites used for esthetic restoration were finished and polished u...
For many decades engineers and researchers have been using two-dimensional (2D) instruments to measu...
In the development and production of industrial parts, both the macroscopic shape and the microstruc...
3D measurement on surface roughness could be used to assess the surface quality but the procedure i...
In order to conduct a comprehensive roughness analysis, around sixty 3D roughness parameters are cre...
The main aim of this project was to quantitatively characterise the developed surface topography of...
Recent advances in studies of 3D-organization of surfaces microgeometry are presented. Methods of su...
In this paper we propose a new methodology to characterize the morphological properties of a surface...
Finishing operations play a fundamental role in the additive manufacture of components. Conventional...
In the present paper the influence of the reference system with regard to the characterization of th...