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ASSESSMENT OF SHS TUBULAR T JOINTS SUBJECTED TO CHORD AXIAL FORCES

Correia, Tatiana P. / de Lima, Luciano R. O. / Rodrigues, Monique C. / da S. Vellasco, Pedro C. G. / da Silva, André T.

This paper aims to investigate the behaviour of T‐type welded joints consisting of cold‐formed steel square hollow sections (SHS), with β equal to 1.0, with and without sidewall plate reinforcement. A particular focus is on the preload effect in the chord, which is subjected to different levels of tension and compressive axial forces. For this purpose, a finite element numerical study was developed in ANSYS software, based on the development of calibrated models with experimental results. The results were compared with analytical formulations prescribed by standards and in the literature.

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ASSESSMENT OF SHS TUBULAR T JOINTS SUBJECTED TO CHORD AXIAL FORCES

Correia, Tatiana P. / de Lima, Luciano R. O. / Rodrigues, Monique C. / da S. Vellasco, Pedro C. G. / da Silva, André T.

This paper aims to investigate the behaviour of T‐type welded joints consisting of cold‐formed steel square hollow sections (SHS), with β equal to 1.0, with and without sidewall plate reinforcement. A particular focus is on the preload effect in the chord, which is subjected to different levels of tension and compressive axial forces. For this purpose, a finite element numerical study was developed in ANSYS software, based on the development of calibrated models with experimental results. The results were compared with analytical formulations prescribed by standards and in the literature.

ASSESSMENT OF SHS TUBULAR T JOINTS SUBJECTED TO CHORD AXIAL FORCES

Correia, Tatiana P. / de Lima, Luciano R. O. / Rodrigues, Monique C. / da S. Vellasco, Pedro C. G. / da Silva, André T.

This paper aims to investigate the behaviour of T‐type welded joints consisting of cold‐formed steel square hollow sections (SHS), with β equal to 1.0, with and without sidewall plate reinforcement. A particular focus is on the preload effect in the chord, which is subjected to different levels of tension and compressive axial forces. For this purpose, a finite element numerical study was developed in ANSYS software, based on the development of calibrated models with experimental results. The results were compared with analytical formulations prescribed by standards and in the literature.

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Title:

ASSESSMENT OF SHS TUBULAR T JOINTS SUBJECTED TO CHORD AXIAL FORCES

Contributors:

Correia, Tatiana P. (author) / de Lima, Luciano R. O. (author) / Rodrigues, Monique C. (author) / da S. Vellasco, Pedro C. G. (author) / da Silva, André T. (author)

Published in:

ce/papers ; 3 ; 213-222

Publication date:

2019-12-01

Size:

10 pages

ISSN:

DOI:

https://doi.org/10.1002/cepa.1196

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

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