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Seismic Response Analysis of Ancient Timber Structures Considering Long‐Term Corrosion
To evaluate the impact of long‐term corrosion on the seismic performance of ancient wooden structures, a simplified analysis model of an intact ancient wooden structure was established using, the OpenSees finite element software, considering column rocking, mortise–tenon joints, Dougong joints, and the role of plate.
Honglou Yang +6 more
wiley +1 more source
Abstract The microstructure of scaffolds is essential for enhancing cell‐extracellular matrix interactions, which are critical for osteochondral regeneration. This study investigates the innovative use of 3D printing to mimic DOUGONG brackets to achieve this goal.
Bo Li +15 more
openaire +1 more source
Fan-shaped bracket sets and their application in religious timber architecture of Shanxi province
The dissertation challenges one of the most distinctive features in traditional Chinese architecture, the bracket set known as dougong, and discusses diverging stylistic variations that actually existed in Shanxi province between the eleventh and ...
Harrer, Alexandra
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Great Cloud Monastery (Dayun si 大雲寺)
Great-Cloud Monastery is located to the west of the old village, and would originally have stood in the open fields. The main hall is seemingly of Liao-Jin (916-1234) construction, as evidenced by the heavy wooden bracket-and-tendons (dougong 斗拱) beneath
Taubes, Hannibal
core
This study systematically investigates the mechanical properties of the Qing Dynasty "Five-tier Outer Eave Column-head Dougong" from the Qufu Confucius Temple using finite element numerical simulation.
Lihong Yao +5 more
doaj
摘要:大雄宝殿营造尺为296.3毫米。使用了大小尺制度,每尺为10寸,合12小寸。基本模数为1尺。0.4小寸是分模数,是基本模数的30分之1,以此度量各类部件,如斗、栱、等。4小寸和6小寸(半尺)也是分模数,用于间广等参数的划分。以柱底计通面阔为18丈,通进深9丈2尺5寸。以柱头计通面阔17丈9尺,通进深9丈1尺。殿通高940寸,其中殿基高175寸,标准柱高240寸,铺作高75寸,不计扶脊木屋举258寸。南北套兽头距2060寸,东西套兽头距1180寸。正脊以大木作计为880寸。 Abstract ...
Xu xiaoggang
core
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Analysis on the mechanical performance of Dougong bracket sets under eccentric vertical load
Construction and Building Materials, 2022Abstract This paper investigates the mechanical performance of Dougong bracket sets under eccentric vertical loads. Three full-scale Dougongs under different eccentricities of loads are tested. The failure patterns, load–displacement curves, stiffness analyses, load distribution, displacement analyses, and the load distribution in the tail of the ...
Chenwei Wu +3 more
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