Curls Itself into a Ball
POPEYE — March 8, 2007 — Art & Design
References: heatherwick & blog.wired
This bridge looks like an ordinary outdoor sculpture, but actually it is a hydraulic bridge that can uncurl itself for incoming boat traffic. This is one of many projects by Thomas Heatherwick, who BBC refers to as the new Leonardo da Vinci.
The 12-meter bridge is made of steel and timber; hydraulic rams in the handrails between the bridge's eight sections help it to curl and unfold.
Implications - Bridges are instantly recognizable fixtures in a city's landscape, and many are international landmarks; unfortunately, many bridges haven't received a design update for decades. Innovative modern bridges that coil and unfurl to accommodate boat traffic keep waterways efficient without becoming eyesores or interfering with the cityscape.
The 12-meter bridge is made of steel and timber; hydraulic rams in the handrails between the bridge's eight sections help it to curl and unfold.
Implications - Bridges are instantly recognizable fixtures in a city's landscape, and many are international landmarks; unfortunately, many bridges haven't received a design update for decades. Innovative modern bridges that coil and unfurl to accommodate boat traffic keep waterways efficient without becoming eyesores or interfering with the cityscape.
Trend Themes
1. Hydraulic Structures - Innovative designs for hydraulic structures can help keep waterways efficient without interfering with the cityscape.
2. Flexible Design - Adopting flexible design in architecture can lead to more efficient infrastructure solutions.
3. Functional Sculpture - Creating functional sculptures that serve a practical purpose can lead to eye-catching and innovative infrastructure solutions.
Industry Implications
1. Architecture and Design - There are opportunities for architects and designers to create innovative and functional structures that improve efficiency.
2. Urban Planning - Incorporating flexible and visually appealing infrastructure into urban planning allows for more efficient and practical cityscapes.
3. Construction Engineering - Innovations in steel and timber construction, as well as hydraulic systems, open up new opportunities for engineers to design efficient hydraulic structures.
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