The 'Fibrous Tower' Studies Exoskeleton Tower Typologies
Meghan Young — September 9, 2009 — Art & Design
References: thedesignblog.org
Deconstructing how the general public believes a structure stands, designer Juan De Marco, with Timo Carl, has devised what is being hailed as the “Fibrous Tower."
Skipping over the algorithmic and scientific jumble (honestly, do you even care?), this thing is out of some sci-fi fantasy or comic book alter-reality. I don’t know anything about “exoskeleton tower typology” or about compressing “the structural and tectonic hierarchies of contemporary tower design into a single shell,” but what I do know is the Fibrous Tower is one bad-ass cellular creation.
Skipping over the algorithmic and scientific jumble (honestly, do you even care?), this thing is out of some sci-fi fantasy or comic book alter-reality. I don’t know anything about “exoskeleton tower typology” or about compressing “the structural and tectonic hierarchies of contemporary tower design into a single shell,” but what I do know is the Fibrous Tower is one bad-ass cellular creation.
Trend Themes
1. Exoskeleton Tower Typology - The 'Fibrous Tower' showcases an innovative approach to exoskeleton tower design, creating disruptive opportunities in the architectural industry.
2. Structural and Tectonic Hierarchies - The Fibrous Tower compresses the multi-layered aspects of contemporary tower design into a single shell, offering opportunities for streamlining and optimization in the construction industry.
3. Cellular Creation - The unique cellular structure of the Fibrous Tower opens up possibilities for creative and efficient use of space in various industries, including urban planning and interior design.
Industry Implications
1. Architectural - The Fibrous Tower revolutionizes tower design, presenting disruptive innovation potential for architects and urban planners in creating future structures.
2. Construction - The compressed design concept of the Fibrous Tower can transform the construction industry by reducing complexity and optimizing the build process.
3. Interior Design - The cellular structure of the Fibrous Tower introduces new possibilities for innovative interior design solutions, challenging conventional approaches and offering space optimization opportunities.
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