marcosandmarjan_Algae-Cellunoi-Algae-growth-simulation-3 |
Project name: Algae-Cellunoi. Installation for the 9th ARCHILAB. Naturalizing Architecture exhibition, FRAC Centre. Orleans France.
Project Details
The installation is an ornamental wall structure for external use
composed of numerous cellular components that work as a scaffold for
algae to grow.
The patterns have multiple patterns with gaps and
crevices that aim for a gradual involvement of nature in its
three-dimensional surface.
The wall is made out of foam which is a
quintessential insulation material. What is usually hidden in external
walls is here turned inside out and exposed as an ornate thick surface.
The overall organization of cellular components is the result of a
computational Voronoi pattern that determined the size and complexity of
each cell.
marcosandmarjan_Algae-Cellunoi-side-view |
The result is a sequence of lofted surfaces that follow a
gradient of punctuated lines and indentations that vary according to the
geometric inclination of each surface – similar to growth layouts in
sea barnacles and shells.
The fabrication process is based on two three stages:
1)The milling of
each cellular component floating over a milled back wall;
2) 3D objet
printing of each flask filled with grown medium and green algae;
3)
spraying of grow medium and algae in computationally determined areas of
each cell (due to time/technical constraints, this stage has not been
carried out for the installation at ARCHILAB).
marcosandmarjan_Algae-Cellunoi-side-zoom-1 |
Design Team
marcosandmarjan with Guan Lee and Richard Beckett
Client
FRAC
Fabrication
Grymsdyke Farm; DMC London
Algae Technology
Marin Sawa with Nixon Group and Hellgardt Group (Imperial College); Richard Beckett (UCL)
Collaboration
Olivia Pearson: Emu Masuyama; Jessie Lee; Keith McDonald; Jonas Brazys; Cullum Perry
Sponsors
Bartlett School of Architecture; Grymsdyke Farm; Innsbruck University
Website Reference:
http://mam-arch.com/celluoni.html
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