<i>He kōrero takiwā, he takiwā korero</i>
            /Stories within Spaces, Spaces Defined by Stories: A Footbridge Design Concept for New Zealand

Sarkis, Ana I.; Granello, Gabriele; Candidate, Royce Liu PhD; Candidate, Claudio Cappellaro PhD; Palermo, Alessandro; Millar, Paul

doi:10.1080/10168664.2018.1484678

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2020

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“…Based on Allftlish's theory of Vierendeel truss, Jiang et al [16] created a new simplified calculation method, and relied on the method to analyze the internal force and deformation of Vierendeel beam with three kinds of joints. In a government-sponsored design contest, the contestants invented the Vierendeel structural system for the North Frame Pedestrian Bridge [17]. Hassan et al conducted experiments on the behavior of Vierendeel truss in lieu of bearing wall in precast construction, and performed three-dimensional (3D) static and dynamic analyses for steel pedestrian Vierendeel bridges [18,19].…”

Section: Introductionmentioning

confidence: 99%

Determining the Reasonable Height of Vierendeel Truss Based on Stiffness and Global Stability

Wei¹,

Jia²,

Liu³

et al. 2020

IJSSE

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This paper attempts to determine the reasonable height of Vierendeel truss. For this purpose, both analytical and finite-element methods were adopted to investigate how the structural height affects stiffness and global stability. The results show that the structural stiffness of Vierendeel truss varied significantly with the height, peaking at the reasonable height; the global stability changed slowly with the height. On this basis, the authors put forward the formula of reasonable height for engineering design of Vierendeel truss. The results provide a reference for designers to optimize the stiffness and stability of Vierendeel truss.

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Section: Introductionmentioning

confidence: 99%