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Methodology for 3D visualization of buildings and structure of geomaterials using industrial X-ray computed tomography - principles for ensuring the quality of tomographic data
Souček, Kamil ; Staš, Lubomír
Worked out methodology was created for the determination of the basic procedures designed for obtaining the best possible quality tomographic data using X-ray computed tomography. The methodology was created for the needs of 3D visualization of the geomaterials internal structure (eg. rock, soil, building materials, goecomposites etc.) and for the purposes of carrying out qualitative and quantitative non-destructive material analysis of 3D internal structure of investigated geomaterials. Obtaining the high-quality tomographic data represents primarily the process of setting various parameters of X-ray CT scanners, which are described in this methodology. The indisputable advantage and the novelty of this methodology present its non-destructivity and possibility for analysis of investigated geo-materials in three-dimensional space. The methodology has been prepared and it can be used for two types of X-ray CT scanners from Nikon Metrology NV company XT H 450 2D/3D and XT H 225 ST.
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