Difference between revisions of "Msc1G2:Workshop11"

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The aim of the project is to inform, starting from a volume and a collection of points in it, the volume’s surface in order to achieve a characterization of the porosity both in the tangential and perpendicular directions.
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First of all, the volume is defined and filled with a cloud of points, so that any of them finds a corrisponding on the surface of it: the mapping will allow to obtain a multitude of planar surfaces.
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Then every unit gets a unique percentage of porosity defined by its area so that the structure is kept in the perimeter. Finally, dependently by the porosity, the depth of those units is determined.
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AFwk2diag.jpg

Revision as of 13:06, 17 October 2016


Andrea Fusaro



The aim of the project is to inform, starting from a volume and a collection of points in it, the volume’s surface in order to achieve a characterization of the porosity both in the tangential and perpendicular directions.

First of all, the volume is defined and filled with a cloud of points, so that any of them finds a corrisponding on the surface of it: the mapping will allow to obtain a multitude of planar surfaces.

Then every unit gets a unique percentage of porosity defined by its area so that the structure is kept in the perimeter. Finally, dependently by the porosity, the depth of those units is determined.



AFwk2diag.jpg