Luca Mallen’s scientific contributions

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Publications (1)


Fig. 3-illustration of EnterVol Ctech® software environment. a: hierarchical approach with stratigraphic synthems; b: example of threedimensional stratigraphic subsurface and boring data use in the processing of the geological model. 
Fig. 4-illustrations of ArcGis geo-processing models and QGIS python code. 
3D geological modeling and visualization of the subsurface data of the Piemonte plains derived from the Geodatabase of digital Geological map of Piemonte
  • Article
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March 2017

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3 Citations

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Luca Mallen

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Three-dimensional (3D) subsurface modelling and visualization of seven regional unconformity-bounded stratigraphic units, (synthems) of the Messinian-Quaternary succession of the Po Plain Basin and Savigliano-Alessandria Basin are here described. 3D model is developed using the EnterVol Ctech® software environment, grounding on information stored in GeoPiemonte Map database. This modelling allows to visualise the geological data and to establish topological relationships between the analysed objects, coupling the data processing capabilities of GIS with 3D modeling and sharing the result on 3D WebGIS service of ARPA Piemonte Geoportal.

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Citations (1)


... Compound cutting of the 3D model is a series of combinations of multiple single cutting planes in accordance with the position relationship between the cutting plane and the cutting space (Morelli et al. 2017;Pavicic et al. 2018). With the increase in cutting times, the number of GTP voxels in the 3D model to be sectioned decreases sharply. ...

Reference:

Three-dimensional hydrogeological modeling method and application based on TIN-GTP-TEN
3D geological modeling and visualization of the subsurface data of the Piemonte plains derived from the Geodatabase of digital Geological map of Piemonte