Apply Composite Material to Spinde of Bike Using Finite Element Analysis and Optimal Design

碩士 === 大葉大學 === 工業工程與科技管理學系碩士在職專班 === 94 === The composite material is made use of in various different situations extensively in recent years, for example: Electronic industry, the building business, the vapor motorcycle industry, the ships industry...etc.; The bicycle each parts of spare part is t...

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Main Authors: Kuen Bao Lin, 林琨堡
Other Authors: Feng Min Lai
Format: Others
Language:zh-TW
Published: 2006
Online Access:http://ndltd.ncl.edu.tw/handle/10366834036058876379
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spelling ndltd-TW-094DYU010300242016-06-01T04:14:02Z http://ndltd.ncl.edu.tw/handle/10366834036058876379 Apply Composite Material to Spinde of Bike Using Finite Element Analysis and Optimal Design 複合材料應用於腳踏車軸心有限元素分析與最佳化設計 Kuen Bao Lin 林琨堡 碩士 大葉大學 工業工程與科技管理學系碩士在職專班 94 The composite material is made use of in various different situations extensively in recent years, for example: Electronic industry, the building business, the vapor motorcycle industry, the ships industry...etc.; The bicycle each parts of spare part is the dynasty quality is light, bears to wear and the larger quantity uses composite material. This research mainly in order to consider to replace the feasibility of the aluminum magnesium metal alloy by composite material, the study folds the lamination usage by composite material to arrange the best structure a combination in the bicycle heart stalk fiber; Namely with finite element business use the software ANSYS, imitate study when the bicycle heart stalk tramples to move, the path produced is to the pressure, with turn round to meet an emergency the angle produced variety, then when the study produces path toward pressure and turns round contingency in the meantime, produce of variety, and makes algorithm of optimal the design by the Genetic Algorithm algorithm, GA in order to have to when the heart bearings is subjected to the pressure and torque, its moves, the angle variety measures minimum of many multi-target design problems for the target function, search to wait for thickness under the sistuation that limit under of the best manufacturing parameters, make it produce move quantity minimum, revolve the corn least of the composite material folds the layer alignment to combine a way to reach single target and many the optimization combination of target. End again by designing the sample and the test equipment of the manufacture by oneself to test with the real object the composite material plank that identification beg folds the accuracy that the layer arranges the best solution to even has its function by expecting this research. Feng Min Lai 賴峯民 2006 學位論文 ; thesis 88 zh-TW
collection NDLTD
language zh-TW
format Others
sources NDLTD
description 碩士 === 大葉大學 === 工業工程與科技管理學系碩士在職專班 === 94 === The composite material is made use of in various different situations extensively in recent years, for example: Electronic industry, the building business, the vapor motorcycle industry, the ships industry...etc.; The bicycle each parts of spare part is the dynasty quality is light, bears to wear and the larger quantity uses composite material. This research mainly in order to consider to replace the feasibility of the aluminum magnesium metal alloy by composite material, the study folds the lamination usage by composite material to arrange the best structure a combination in the bicycle heart stalk fiber; Namely with finite element business use the software ANSYS, imitate study when the bicycle heart stalk tramples to move, the path produced is to the pressure, with turn round to meet an emergency the angle produced variety, then when the study produces path toward pressure and turns round contingency in the meantime, produce of variety, and makes algorithm of optimal the design by the Genetic Algorithm algorithm, GA in order to have to when the heart bearings is subjected to the pressure and torque, its moves, the angle variety measures minimum of many multi-target design problems for the target function, search to wait for thickness under the sistuation that limit under of the best manufacturing parameters, make it produce move quantity minimum, revolve the corn least of the composite material folds the layer alignment to combine a way to reach single target and many the optimization combination of target. End again by designing the sample and the test equipment of the manufacture by oneself to test with the real object the composite material plank that identification beg folds the accuracy that the layer arranges the best solution to even has its function by expecting this research.
author2 Feng Min Lai
author_facet Feng Min Lai
Kuen Bao Lin
林琨堡
author Kuen Bao Lin
林琨堡
spellingShingle Kuen Bao Lin
林琨堡
Apply Composite Material to Spinde of Bike Using Finite Element Analysis and Optimal Design
author_sort Kuen Bao Lin
title Apply Composite Material to Spinde of Bike Using Finite Element Analysis and Optimal Design
title_short Apply Composite Material to Spinde of Bike Using Finite Element Analysis and Optimal Design
title_full Apply Composite Material to Spinde of Bike Using Finite Element Analysis and Optimal Design
title_fullStr Apply Composite Material to Spinde of Bike Using Finite Element Analysis and Optimal Design
title_full_unstemmed Apply Composite Material to Spinde of Bike Using Finite Element Analysis and Optimal Design
title_sort apply composite material to spinde of bike using finite element analysis and optimal design
publishDate 2006
url http://ndltd.ncl.edu.tw/handle/10366834036058876379
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