The Structural Geometry Pier Unfolds into a Dramatic Bayside Building
Amelia Roblin — February 8, 2012 — Art & Design
References: suckerpunchdaily
The construction of a pier simply requires a stable stretch of masonry that extends out into the water, but the Material Systems/Structural Geometry project strives to be so much more. Designer Sandra Herrera envisions a dynamic interplay of surfaces to abstractly complement the shapes of waves and surrounding hills and provide enclosures and exposed areas of repose.
Three interdependent skins model themselves into tectonic textures with straight folds and honed peaks. The fluctuating triangular shapes strike a visual dialog with yachts offshore, composing the perfect piece of architecture to host the 2013 America's Cup Sailing Regatta in San Francisco. Formed concrete and timber beams provide the supportive framework for the hypar geometries of the quay, creating intriguing angled planes to serve as spectator seating. Material Systems/Structural Geometry seems to extend from a level boardwalk to a beautiful buckling embankment.
Three interdependent skins model themselves into tectonic textures with straight folds and honed peaks. The fluctuating triangular shapes strike a visual dialog with yachts offshore, composing the perfect piece of architecture to host the 2013 America's Cup Sailing Regatta in San Francisco. Formed concrete and timber beams provide the supportive framework for the hypar geometries of the quay, creating intriguing angled planes to serve as spectator seating. Material Systems/Structural Geometry seems to extend from a level boardwalk to a beautiful buckling embankment.
Trend Themes
1. Dynamic Interplay of Surfaces - Exploring the use of surfaces that interact with their surroundings to create abstract and visually striking architectural designs.
2. Tectonic Textures - Utilizing folded and peaked textures in architectural designs to create unique and visually captivating structures.
3. Hypar Geometries - Incorporating the use of hypar (hyperbolic paraboloid) geometries in architectural designs to create intriguing angled planes and seating areas.
Industry Implications
1. Architecture - The architectural industry can explore the use of dynamic surfaces, tectonic textures, and hypar geometries to create innovative and visually stunning structures.
2. Construction - The construction industry can leverage the incorporation of tectonic textures and hypar geometries in building designs to offer unique and differentiated construction solutions.
3. Event Management - Event management companies can consider utilizing dynamic surfaces and hypar geometries in the design of event spaces to create visually engaging and memorable experiences.
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