2011Advanced materials researchRequires access

Wave-Induced Load Study on a Deck Barge

Yong He Xie, Wei Wang, Guangqiang Li

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Abstract

There are wide molded breadth and molded depth of the deck barge, so the ship specification cannot be used to calculate the deck barge’s wave-induced load[1]. According to the deck barge’s characteristics its wave-induced load has been calculated using 3D-dimensional hydroelasticity theory in the present paper, the dry-modal model and panel model have been established, and the oscillating pressure and wave-induced load have been calculated. The calculation results show that the method is reasonable to calculate the wave-induced load of the deck barge.

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What this paper is about

There are wide molded breadth and molded depth of the deck barge, so the ship specification cannot be used to calculate the deck barge’s wave-induced load[1]. According to the deck barge’s characteristics its wave-induced load has been calculated using 3D-dimensional hydroelasticity theory in the present paper, the dry-modal model and panel model have been established, and the oscillating pressure and wave-induced load have been calculated. The calculation results show that the method is reasonable to calculate the wave-induced load of the deck barge.

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Available abstract

There are wide molded breadth and molded depth of the deck barge, so the ship specification cannot be used to calculate the deck barge’s wave-induced load[1]. According to the deck barge’s characteristics its wave-induced load has been calculated using 3D-dimensional hydroelasticity theory in the present paper, the dry-modal model and panel model have been established, and the oscillating pressure and wave-induced load have been calculated. The calculation results show that the method is reasonable to calculate the wave-induced load of the deck barge.

Key concepts: BARGE, Deck, Hydroelasticity, Structural engineering, Marine engineering, Modal, Engineering, Slamming

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