Add to ORKGThe existing surface roughness standards comprise only two dimensions but the real surface roughness is three-dimensional (3D). The 3D surface roughness parameters are also necessary for analyzing the mechanics of contact surfaces. The problems of mechanics of contact surfaces are related to accuracy of 3D surface roughness characteristic
This paper proposes a new method of 3D roughness peaks curvature radius calculation and its applicat...
Current knowledge on scale and spatial organization of engineering surfaces is presented. Main meth...
The present surface roughness research is based on machine parts surface cross section profile analy...
The nature of the surface roughness is a result of mechanical processing, which can be described by ...
Nowadays characterization of surface roughness using three-dimension (3D) methods and parameters bec...
One of the main surface coating quality indexes is surface roughness. And the surface roughness is d...
The given investigation is devoted to examination of measurement accuracy of parameters of a surface...
Characterisation of surfaces is of fundamental importance to control the manufacturing process and t...
Currently in production engineering surface roughness parameters are evaluated in three-dimensions, ...
AbstractFor a specific manipulation of friction surfaces it is important to measure and calculate ge...
Where it is generally agreed that 3-D roughness measurements is the most proper way of evaluating su...
The most important pointer in the production of machines and equipment is the surface roughness of t...
The influence of surface roughness on the accuracy with which the Hertz theory of elastic contact pr...
Nowadays, more and more new quality standards are developed for manufactured components. One of thes...
Recently, role of the rubber as a construction material has significantly increased in ...
This paper proposes a new method of 3D roughness peaks curvature radius calculation and its applicat...
Current knowledge on scale and spatial organization of engineering surfaces is presented. Main meth...
The present surface roughness research is based on machine parts surface cross section profile analy...
The nature of the surface roughness is a result of mechanical processing, which can be described by ...
Nowadays characterization of surface roughness using three-dimension (3D) methods and parameters bec...
One of the main surface coating quality indexes is surface roughness. And the surface roughness is d...
The given investigation is devoted to examination of measurement accuracy of parameters of a surface...
Characterisation of surfaces is of fundamental importance to control the manufacturing process and t...
Currently in production engineering surface roughness parameters are evaluated in three-dimensions, ...
AbstractFor a specific manipulation of friction surfaces it is important to measure and calculate ge...
Where it is generally agreed that 3-D roughness measurements is the most proper way of evaluating su...
The most important pointer in the production of machines and equipment is the surface roughness of t...
The influence of surface roughness on the accuracy with which the Hertz theory of elastic contact pr...
Nowadays, more and more new quality standards are developed for manufactured components. One of thes...
Recently, role of the rubber as a construction material has significantly increased in ...
This paper proposes a new method of 3D roughness peaks curvature radius calculation and its applicat...
Current knowledge on scale and spatial organization of engineering surfaces is presented. Main meth...
The present surface roughness research is based on machine parts surface cross section profile analy...