Recent advances in studies of 3D-organization of surfaces microgeometry are presented. Methods of surface roughness measuring are considered during comparing their resolution. Specification of rough surface by 2D and 3D feature sets is demonstrated. Significance of lateral organization of roughness for solving tribological problems is shown
ABSTRACT: Amethod for quantitatively measuring the roughness of geomembrane surfaces has been develo...
A new concept for roughness measurement is presented in this paper.The new concept is the mean surfa...
Surfaces are becoming more important especially as miniaturization progresses and with the advent of...
Current knowledge on scale and spatial organization of engineering surfaces is presented. Main meth...
In modern manufacturing conditions of all surfaces must be seen as spatial or three-dimensional (3D)...
In modern manufacturing conditions all surfaces must be seen as spatial or three-dimensional (3D) ob...
For many decades engineers and researchers have been using two-dimensional (2D) instruments to measu...
Surface texture of a part or a product has significant effects on its functionality, physical-mechan...
The increasing number of works related to the surface texture characterization based on 3D informati...
Currently in production engineering surface roughness parameters are evaluated in three-dimensions, ...
Surface roughness has an important influence on the service performance and life of parts. Areal sur...
At present surface roughness profile parameters are determined by standards. At the same time differ...
To study the surface topography using spatial distribution parameters of five different engineering ...
The existing surface roughness standards comprise only two dimensions but the real surface roughness...
Non-invasive dimensional characterization of objects and surfaces is an issue of utmost importance i...
ABSTRACT: Amethod for quantitatively measuring the roughness of geomembrane surfaces has been develo...
A new concept for roughness measurement is presented in this paper.The new concept is the mean surfa...
Surfaces are becoming more important especially as miniaturization progresses and with the advent of...
Current knowledge on scale and spatial organization of engineering surfaces is presented. Main meth...
In modern manufacturing conditions of all surfaces must be seen as spatial or three-dimensional (3D)...
In modern manufacturing conditions all surfaces must be seen as spatial or three-dimensional (3D) ob...
For many decades engineers and researchers have been using two-dimensional (2D) instruments to measu...
Surface texture of a part or a product has significant effects on its functionality, physical-mechan...
The increasing number of works related to the surface texture characterization based on 3D informati...
Currently in production engineering surface roughness parameters are evaluated in three-dimensions, ...
Surface roughness has an important influence on the service performance and life of parts. Areal sur...
At present surface roughness profile parameters are determined by standards. At the same time differ...
To study the surface topography using spatial distribution parameters of five different engineering ...
The existing surface roughness standards comprise only two dimensions but the real surface roughness...
Non-invasive dimensional characterization of objects and surfaces is an issue of utmost importance i...
ABSTRACT: Amethod for quantitatively measuring the roughness of geomembrane surfaces has been develo...
A new concept for roughness measurement is presented in this paper.The new concept is the mean surfa...
Surfaces are becoming more important especially as miniaturization progresses and with the advent of...