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Influence of Different Connection Types on Mechanical Behavior of Girder Trusses
Author(s) -
Zeli Que,
Tongyu Hou,
Yi-fan Gao,
Qicheng Teng,
QiuYun Chen,
Wang Chang-ju,
Cheng Chang
Publication year - 2019
Publication title -
journal of bioresources and bioproducts
Language(s) - English
Resource type - Journals
ISSN - 2369-9698
DOI - 10.21967/jbb.v4i2.229
Subject(s) - truss , structural engineering , connection (principal bundle) , girder , deformation (meteorology) , bearing capacity , creep , mechanism (biology) , load bearing , materials science , engineering , composite material , physics , quantum mechanics
The static test of two single light wood trusses and two girder trusses were carried out to explore the performance enhancement effect of girder trusses and the influence of different connection types on the mechanical behavior, which was studied through the comparison of the test results of four trusses. It is found that the girder trusses can show better load-carrying capacity and anti-deforming ability compared with which simply increases the cross-section size of the members. Because of the advantage of the connection materials and the non-fastening connection mechanism, the wood pin-connected truss has more ultimate bearing capacity which is 2.6 times of single truss, and better deformation resistance which is only 66.2% of the nailed one's creep value.

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