Tenssile explores how parametric modeling can be leveraged to facilitate the design of complex building skin. The design of the shading façade originates from Voronoi tessellation and subsequent emergent cellular mesh, resulted in the definition of lightweight composite façade panels assembled on steel supporting structure. These panels are conceived to be digitally fabricated by using laser cutting machines. The result is a building that expresses its essence by a cladding pattern that encompasses the concept of emergence.
Clocklink
Showing posts with label Voronoi. Show all posts
Showing posts with label Voronoi. Show all posts
Saturday, 10 September 2011
TENSSILE
Tenssile explores how parametric modeling can be leveraged to facilitate the design of complex building skin. The design of the shading façade originates from Voronoi tessellation and subsequent emergent cellular mesh, resulted in the definition of lightweight composite façade panels assembled on steel supporting structure. These panels are conceived to be digitally fabricated by using laser cutting machines. The result is a building that expresses its essence by a cladding pattern that encompasses the concept of emergence.
Thursday, 26 May 2011
Wednesday, 25 May 2011
Doodle
Inspired by Voronoi Diagram and subsequent emergent cellular mesh, Doodle explores the possibility of utilizing Dimension driven cell in producing a solution for exterior cladding and a screen façade design influenced by emergent grid-lines derived through the Voronoi Diagram.
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