The FiberWave Pavilion is Made of Resilient Material
Jamie Danielle Munro — July 21, 2014 — Art & Design
References: digiitalarchfab & designboom
The FiberWave Pavilion has been built by IT Design Studio, and is made out of resilient, carbon fibre material. Overall the structure looks like half a shell, sitting in front of the Illinois Institute of Technology.
The studio spent many months putting the design together, and "through various iterations aided by parametric modeling software, the team arrived at a wave-like form, which is designed to shift and morph when variably tensioned," states DesignBoom. For coloring most of the pavilion shows off the darker steel look, but it also has touches of yellow thrown in there for a punch of pigment.
The FiberWave Pavilion is quite simple in looks, but the carbon fiber material used makes it long lasting and relevant.
Photo Credits: designboom, digiitalarchfab
The studio spent many months putting the design together, and "through various iterations aided by parametric modeling software, the team arrived at a wave-like form, which is designed to shift and morph when variably tensioned," states DesignBoom. For coloring most of the pavilion shows off the darker steel look, but it also has touches of yellow thrown in there for a punch of pigment.
The FiberWave Pavilion is quite simple in looks, but the carbon fiber material used makes it long lasting and relevant.
Photo Credits: designboom, digiitalarchfab
Trend Themes
1. Carbon Fiber Material - The use of carbon fiber material in construction presents opportunities for lightweight and durable structures.
2. Parametric Modeling Software - The use of parametric modeling software in architectural design allows for the creation of complex and innovative structures.
3. Resilient Architecture - The design of resilient architecture, such as the FiberWave Pavilion, offers opportunities for creating long-lasting and environmentally-friendly buildings.
Industry Implications
1. Construction - The construction industry can leverage carbon fiber material to build sustainable and efficient structures.
2. Architecture - Architects and designers can utilize parametric modeling software to create unique and visually appealing buildings.
3. Engineering - Engineers can explore the use of resilient materials and innovative design techniques to create structurally sound and durable buildings.
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