The Coeda House is a Gorgeous Cafe Built to Stylishly Stop Earthquakes
Justin Lam — January 23, 2018 — Art & Design
References: kkaa.co.jp & fubiz.net
Japan's Coeda House is a beautiful cafe built to be earthquake-resistant. Designed by the architecture studio Kengo Kuma & Associates, Coeda House is a picturesque coffee shop overlooking the natural beauty of the Pacific Ocean. The simplistic design features a mix of wood and glass, both of which were chosen to best adapt the space to the natural landscape. This amazing structure is located in the Shizuoka prefecture, which also plays host to the breathtaking Mt. Fuji.
Coeda House's most impressive and gorgeous design feature comes in the form of the support structure for the building. In the center of the open pavilion there stands a stack of cedar boards that support the roof. These boards were stacked randomly and reinforced with a carbon fiber rod. The result is something truly elegant, but also incredibly supportive and allows the building to be earthquake-resistant. The supportive cedar centerpiece prevents the need for perimeter support columns and therefore gives an unobstructed view of the natural landscape.
Coeda House's most impressive and gorgeous design feature comes in the form of the support structure for the building. In the center of the open pavilion there stands a stack of cedar boards that support the roof. These boards were stacked randomly and reinforced with a carbon fiber rod. The result is something truly elegant, but also incredibly supportive and allows the building to be earthquake-resistant. The supportive cedar centerpiece prevents the need for perimeter support columns and therefore gives an unobstructed view of the natural landscape.
Trend Themes
1. Earthquake-resistant Architecture - Exploring innovative building designs that can withstand earthquakes and provide safety for occupants.
2. Integrating Natural Landscape - Creating structures that harmoniously blend with the natural environment, enhancing the overall aesthetic and experience.
3. Reinforced Support Structures - Developing new methods and materials to strengthen building support systems, ensuring structural stability during seismic events.
Industry Implications
1. Architecture & Construction - Opportunity for architects and construction companies to incorporate earthquake-resistant designs and materials into their projects.
2. Hospitality & Tourism - Creating earthquake-resistant accommodations and attractions that provide both safety and a stunning view of natural landscapes to attract tourists.
3. Engineering & Material Science - Innovating and researching advanced building materials and structural designs to enhance earthquake resistance and sustainability in the construction industry.
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