Abstract:Floating liquefied natural gas (FLNG) cryogenic hoses can be employed for the transmission of liquefied natural gas (LNG). Usually, U-shaped metal bellows can be applied as the inner lining of FLNG cryogenic hoses. In installation, positioning and other working conditions, torsion is one of the main loads, and torsional buckling instability is a major failure mode of U-shaped metal bellows of FLNG cryogenic hoses. In the current research, the buckling instability of bellows under torsional loads has been inves… Show more
“…To research the buckling instability of lining bellows of floating liquefied natural gas (FLNG) cryogenic hoses, Yan et al [13] introduced experimental and finite element models for the post-buckling analysis of linin bellows under torsional loads and summarized the influence of structural design parameters on stability performance of linin bellows. The results have important reference value for the advanced design of FLNG cryogenic hoses.…”
“…To research the buckling instability of lining bellows of floating liquefied natural gas (FLNG) cryogenic hoses, Yan et al [13] introduced experimental and finite element models for the post-buckling analysis of linin bellows under torsional loads and summarized the influence of structural design parameters on stability performance of linin bellows. The results have important reference value for the advanced design of FLNG cryogenic hoses.…”
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