A computerized optical measuring system for the surface characterization of different materials of widespread use, mainly stones, is described. The initiative of developing such system arose from three main needs: • performing analyses of surfaces having geometrical irregularities which cannot be easily detected with traditional stylus contact profilometry; • analyzing and processing the data acquired in electronic format; • speeding up and automating the whole measuring process on a large scale. The developed system performs different types of measures on the acquired data, furthermore the integration of an optical profilometer and a stylus texture measuring instrument allows extending the types of materials which can be analyzed. The syst...
Ornamental stone products are commercially classified on the market according to their aesthetical c...
Surface metrology of artworks requires the design of suitable devices for in-situ non-destructive me...
Digital processing of the recorded point clouds on innovative surfaces could facilitate the operator...
SUMMARY: A computerized optical measuring system for the surface characterization of different mater...
Engraving by waterjet and laser processing is an emerging stone process for product identification a...
Surface quality influences the objects performance in fields like wear, friction and assembly. All t...
Many manufactured good products present different market characteristics according to their pictoria...
The routine measurements of various geometrical quantities in industrial applications are realized b...
This work, aimed at quantifying the morphological variations induced by laser cleaning on stone mate...
This paper describes a photometric stereo system for the measurement of surface topography. The syst...
AbstractSurfaces of industrial parts need to be specified based on their utility and application env...
In cultural heritage cleaning techniques are very important and delicate operations, and they are ne...
The paper presents some results of a European Co-operative Research Project started in November 2006...
A quantitative morphological analysis of archaeological objects represents an important element for ...
Optical profilometry allows a non-invasive, non-contact, measurement of surface topography for Cultu...
Ornamental stone products are commercially classified on the market according to their aesthetical c...
Surface metrology of artworks requires the design of suitable devices for in-situ non-destructive me...
Digital processing of the recorded point clouds on innovative surfaces could facilitate the operator...
SUMMARY: A computerized optical measuring system for the surface characterization of different mater...
Engraving by waterjet and laser processing is an emerging stone process for product identification a...
Surface quality influences the objects performance in fields like wear, friction and assembly. All t...
Many manufactured good products present different market characteristics according to their pictoria...
The routine measurements of various geometrical quantities in industrial applications are realized b...
This work, aimed at quantifying the morphological variations induced by laser cleaning on stone mate...
This paper describes a photometric stereo system for the measurement of surface topography. The syst...
AbstractSurfaces of industrial parts need to be specified based on their utility and application env...
In cultural heritage cleaning techniques are very important and delicate operations, and they are ne...
The paper presents some results of a European Co-operative Research Project started in November 2006...
A quantitative morphological analysis of archaeological objects represents an important element for ...
Optical profilometry allows a non-invasive, non-contact, measurement of surface topography for Cultu...
Ornamental stone products are commercially classified on the market according to their aesthetical c...
Surface metrology of artworks requires the design of suitable devices for in-situ non-destructive me...
Digital processing of the recorded point clouds on innovative surfaces could facilitate the operator...