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      • Translating as “cap (and) block,” dougong is a system of wooden brackets that can support the overhanging roofs commonly found in Chinese architecture. The underlying physics are simple: The interlocking brackets transfer weight to vertical columns, lessening the strain on the horizontal beams. Nails or fasteners are not required.
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  2. en.wikipedia.org › wiki › DougongDougong - Wikipedia

    Dougong (Chinese: 斗拱; pinyin: dǒugǒng; lit. 'cap [and] block') is a structural element of interlocking wooden brackets, important in traditional Chinese architecture for both its structural capacities and cultural implications.

  3. Jun 11, 2018 · The Dougong: A nailless Chinese construction method. June 11, 2018. Marco. Hernandez. Even today it sounds a near impossible task: build an earthquake-resistant wooden building, strong enough to...

  4. Jul 27, 2017 · Dougong: These Ancient Chinese Brackets Make Buildings Earthquake-Proof. Developing earthquake proof building technology occupies a lot of time for architects and engineers. But one country...

  5. Sep 1, 2017 · The Dougong Cube uses traditional construction methods adapted to modern materials (laminated wood) to celebrate Chinese cultural identity and ancient craftsmanship.

  6. The bucket arch (Dougong in Chinese) is a system of brackets unique to traditional Chinese architecture, which is called Dou Gong in Chinese. These brackets, arranged like baskets of flowers, are set under the overhanging eaves, adding to the sumptuous magnificence of the buildings.

  7. Jul 31, 2017 · Dougong brackets solved four problems that arise as buildings get bigger. They helped architects to reduce beam spans, to brace wall sections above columns, how to support a wide eave, and to strengthen the frame.

  8. Known as dougong, these earthquake-resistant series of brackets were designed and engineered roughly 500 B.C. When interlocked together, the joints transfer weight to supporting columns, containing so many redundancies they can not be shaken apart. By spreading their tolerances over multiple...