GRP Surface Ship Subjected to Underwater Explosions

碩士 === 國立高雄科技大學 === 造船及海洋工程系 === 107 === The anti-shocking capability of the ship is one of the important conditions to suit the mission. This paper takes the reaction of the GRP monocoque (frameless) construction ship under the underwater explosion as the research object. First using MSC.Dytran to...

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Main Authors: CHEN, BO-GAO, 陳柏高
Other Authors: CHEN, HONG-CHUNG
Format: Others
Language:zh-TW
Published: 2018
Online Access:http://ndltd.ncl.edu.tw/handle/qn7qgn
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spelling ndltd-TW-107NKUS03450012019-11-21T05:33:02Z http://ndltd.ncl.edu.tw/handle/qn7qgn GRP Surface Ship Subjected to Underwater Explosions 複合材料水面艦承受水下爆炸之分析 CHEN, BO-GAO 陳柏高 碩士 國立高雄科技大學 造船及海洋工程系 107 The anti-shocking capability of the ship is one of the important conditions to suit the mission. This paper takes the reaction of the GRP monocoque (frameless) construction ship under the underwater explosion as the research object. First using MSC.Dytran to establish a simulation model of TNT in underwater explosions, verify the relevant parameters settings; then establish ship model, analyze its response of various parts under underwater explosion, and use Tsai-Wu damage criterion to check material’s failure. The result of the underwater explosion simulation are mainly divided into un-destruction(should be), destruction and un-destruction(improved). It is hoped that the result of this paper can be used as a reference to help ship designer or relative researcher shorten the exploration time in simulation of the response of GRP ship subjected to underwater explosions. CHEN, HONG-CHUNG 陳宏鐘 2018 學位論文 ; thesis 75 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 國立高雄科技大學 === 造船及海洋工程系 === 107 === The anti-shocking capability of the ship is one of the important conditions to suit the mission. This paper takes the reaction of the GRP monocoque (frameless) construction ship under the underwater explosion as the research object. First using MSC.Dytran to establish a simulation model of TNT in underwater explosions, verify the relevant parameters settings; then establish ship model, analyze its response of various parts under underwater explosion, and use Tsai-Wu damage criterion to check material’s failure. The result of the underwater explosion simulation are mainly divided into un-destruction(should be), destruction and un-destruction(improved). It is hoped that the result of this paper can be used as a reference to help ship designer or relative researcher shorten the exploration time in simulation of the response of GRP ship subjected to underwater explosions.
author2 CHEN, HONG-CHUNG
author_facet CHEN, HONG-CHUNG
CHEN, BO-GAO
陳柏高
author CHEN, BO-GAO
陳柏高
spellingShingle CHEN, BO-GAO
陳柏高
GRP Surface Ship Subjected to Underwater Explosions
author_sort CHEN, BO-GAO
title GRP Surface Ship Subjected to Underwater Explosions
title_short GRP Surface Ship Subjected to Underwater Explosions
title_full GRP Surface Ship Subjected to Underwater Explosions
title_fullStr GRP Surface Ship Subjected to Underwater Explosions
title_full_unstemmed GRP Surface Ship Subjected to Underwater Explosions
title_sort grp surface ship subjected to underwater explosions
publishDate 2018
url http://ndltd.ncl.edu.tw/handle/qn7qgn
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