Investigation on structural component behaviours of double bottom arrangement under grounding accidents

Aditya Rio Prabowo; Teguh Muttaqie; Jung Min Sohn; Bangun I.R.Harsritanto

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Investigation on structural component behaviours of double bottom arrangement under grounding accidents

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Marine accidents have caused immense casualties on various parties in shipping and shipbuilding industries, including financial and structural losses. This situation makes ship accident becomes a critical subject in naval architecture and marine structures, as it needs continuous assessment and investigation to broaden insight and data of collision and grounding phenomena. The paper aims to investigate structural conditions of a ship arranged by double hull system under accidental scenario, namely ship grounding. Fundamental concept of structure-rock interaction in poweredhard grounding is adopted to design impact configuration for calculation using finite element(FE)simulation. Involved entities are defined as the structure represented by tanker vessel, and oceanic rock is deployed as the indenter in analysis. Calculation results indicate that the crashworthiness capability of structural part strengthened by longitudinal girder is higher than other selected locations on the structures against rock penetration. Localized flooding of storage oil may occur during raking damage is formed on structural part between two girders.

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《力学快报：英文版》 |2019年第1期|50-59|共11页
作者
Aditya Rio Prabowo; Teguh Muttaqie; Jung Min Sohn; Bangun I.R.Harsritanto;
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作者单位

Department of Mechanical Engineering;

Universitas Sebelas Maret;

Agency for the Assessment and Application of Technology;

Department of Naval Architecture and Marine Systems Engineering;

Pukyong National University;

Department of Architecture;

Universitas Diponegoro;

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原文格式 PDF
正文语种 chi
中图分类力学;
关键词
Bottom; raking; Double; hull; tanker; Oceanic; rock; Structural; crashworthiness; Stress-strain; responses;

Investigation on structural component behaviours of double bottom arrangement under grounding accidents

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