2021
DOI: 10.1016/j.engstruct.2020.111638
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Flexural testing for composite members with bolt-connected steel angles

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Cited by 10 publications
(1 citation statement)
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“…A series of studies have investigated the compressive, [4][5][6] flexural, [7][8][9] and seismic [10][11][12] properties and the confining mechanism [13] of SARC members, but studies on torsional behavior of SARC are still relatively limited. On the other hand, complex and irregular structures continue emerging due to the special needs of architectural functions and appearances, resulting in the significant torsional moments on structural elements, especially bridges curved in space, corner columns in frame, and spandrel beams in buildings, [14,15] which explains why the torsional performance of the structure cannot be ignored.…”
mentioning
confidence: 99%
“…A series of studies have investigated the compressive, [4][5][6] flexural, [7][8][9] and seismic [10][11][12] properties and the confining mechanism [13] of SARC members, but studies on torsional behavior of SARC are still relatively limited. On the other hand, complex and irregular structures continue emerging due to the special needs of architectural functions and appearances, resulting in the significant torsional moments on structural elements, especially bridges curved in space, corner columns in frame, and spandrel beams in buildings, [14,15] which explains why the torsional performance of the structure cannot be ignored.…”
mentioning
confidence: 99%