EXPERIMENTAL DETERMINATION OF DEPENDENCES BETWEEN SELECTED IMAGE CAPTURING SETUP PARAMETERS AND THE QUALITY OF THE REGULAR RELIEFS 3D TOPOGRAPHIES

Stoyan SLAVOV, Lyubomir Si Bao VAN, Boris NIKOLOV

Abstract


Determining the topography of the regular reliefs made using ball burnishing process is difficult using traditional approaches because most optical topography measurement systems are not designed for measurement of topography areas of such scale. The known contact methods also do not offer many advantages due to them measuring the topography profile in just one section. A hybrid optical and contact-based method which is better suited for such nontraditional topographies is studied. Some of image capturing parameters such as the topography illumination, how it filtered and levelled are not researched in deep yet. In the present work, these parameters are studied using a Taguchi experimental design and are subjected to verification by using a contact topography measurement method. Based on the obtained results from the experimental research, conclusions are made at the end of the work about the influence of the factors over the quality of regular micro reliefs images.


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