Abstract
The paper presents the selected results of surface quality. The selected 2D and 3D surface roughness parameters are analyzed. An intensive development of various surface topography measuring techniques allows the prediction of the functional attributes of the surface and also evaluation of its quality. The measurement strategy highly influences the results of the evaluation of surface roughness. Finally, some general conclusions are given.
Highlights
Nowadays, a geometric structure of surface is quite important because of the following significant reasons: functional, exploitative and esthetic
It was noticed that treatment using coated abrasive tools and nonwoven fabric let the analyzed specimens’ surfaces to be developed
The specific grooves presenting kinematic-geometric imaging of tools were observed after the treatment using coated abrasive tools and nonwoven fabric P80 for the specimens made of 316L steel
Summary
A geometric structure of surface is quite important because of the following significant reasons: functional, exploitative and esthetic. The measurements of that kind are made in accordance to the accurate evaluation of surface topography and surface quality after the treatment. A geometric structure of material surface consists of three primary elements i.e. shape, waviness and roughness. Filtration is one of the most significant features in the measurement of surface roughness parameters. Because of its importance to topography measurements, filtration has become a subject of many standards [8,9,10,11] and studies [12,13,14,15,16]
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