Interpenetrated porosity aim to generate a free material research based morphological constraints. This research explores new spatial conditions without any preconceived ideas about the final form. The research aims to feature as architectural design embryos.
The project understands the formation of complex spatial conditions under a phenomen of porosity. Indeed, porosity is a recurrent and fondamental architectural design topic . Thus the project explores and challenges the limit between the inside and the outside as an ambiguous and interpenetrated geometries (like the klein bottle).
This reserach operates through digital experimentations, and physical testings.
DIGITAL THEORIC PROCESS
Itrative scenarios of porosities
Matrix of variations
Parameters invovled:
The volume of porosity (distance between the points)
The level of interconnexion (density of points)
The porous regularity (geomtrical behaviour of the points)
Zoom on the digital porous material
Natural precedents, coral genesis
BUILDING POROSITES, SLOW PROTOTYPING
PROTOTYPE 1
"Zoning" process on porous geometry
Digital construction, peces to laser-cut
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Physical fabrication, model
PROTOTYPE 2
Contoured process on porous geometry
Ribs accumulation, digital drawings
Physical fabrication, model
PROTOTYPE 3
"Bidimentional zoning"
Digital construction, peces to laser-cut
Vacuum Thermoforming process
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