Ship Collision Impact Analysis of Pile-Supported Structure for Protection System

Author:

Lee Seong-Lo,Bae Yong-Gwi,Kim Ho-Kyung

Abstract

<p>Ship collision analyses for the hard impact on rigid wall and the soft impact on protective structure were carried out to evaluate the ship collision force on substructure and the energy dissipation of pile-supported structure during ship collision. The ship with bulbous bow and the pile-supported structure were modeled in a finite element analysis package. As results, the deformations, displacements and stresses of protection system were obtained and the kinetic energy of colliding ship were analyzed into the absorbed parts such as plastic deformations of protective structure and vessel, friction between structure and vessel, rebounding of vessel, etc. The collision energy of vessel was almost translated to the plastic deformation energy of the pile-supported structure and the considerable energy was also translated to that of vessel.</p>

Publisher

International Association for Bridge and Structural Engineering (IABSE)

Reference5 articles.

1. Assessment of a ship's performance in accidents

2. AASHTO(2004), AASHTO LRFD Bridge Design Specifications.

3. AASHTO(1991), Guide Specification and Commentary for Vessel Collision Design of Highway Bridges.

4. Design of Bridge Pier Pile Foundations for Ship Impact

5. EUROCODE 1(2004), Basic of Design and Actions on Structures, European Standard.

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