Feasibility and Implementation Analysis for the use of 3D Technology in a New Rod Mill equipment improvement on #6,#28 RE Guide - Case Study of C Company
碩士 === 國立高雄應用科技大學 === 機械與精密工程研究所 === 101 === With the significant leap in computer technology, 3D simulation is widely used in education, training, space, military, medical, architectural and entertainment. Nowadays 3D technology has been integrated with real life, user can have immersive feeling th...
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ndltd-TW-101KUAS06930542015-10-13T22:24:05Z http://ndltd.ncl.edu.tw/handle/49102093754658402577 Feasibility and Implementation Analysis for the use of 3D Technology in a New Rod Mill equipment improvement on #6,#28 RE Guide - Case Study of C Company 運用3D技術於新建線材廠#6,#28誘導器改善之可行性探討與實作分析-以C公司為例 Cheng Sen Yuan 鄭森元 碩士 國立高雄應用科技大學 機械與精密工程研究所 101 With the significant leap in computer technology, 3D simulation is widely used in education, training, space, military, medical, architectural and entertainment. Nowadays 3D technology has been integrated with real life, user can have immersive feeling through this visual experience . Traditional industries have to enhance competition in the global environment by buying advanced equipment and make improvement continually, so as to achieve production improvement even more than 300%. In order to accomplish this improvement, conventionally they raise modification ideas and utilize 2D drawings to solve various problems. During that procedure, samples were made in advance to check if the interface issues occured, then the sample were modified and re-tested again and again until have fulfilld all the demand; so the improvement procedure is long and quite expensive. Now that 3D simulation technology application have improved the design process by a different ways , the designer can view the effectiveness and modify repeatedly before production of the sample. Time can be shoreened and costs can be redyced by the improved process. This study uses computer 3D simulation technology, fulfills the desire to improve the equipment in 3D models, and utilizes 3D simulation technology to assemble spare parts, checks the interference problem, then produces the samples. Designer can make sure the design is in correct status to producing samples and testing the modified one . This study also utilizes 3D simulation technology to identify the effectiveness of the improvement on-site. YUNG-CHOU KAO 高永洲 2013 學位論文 ; thesis 94 zh-TW |
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碩士 === 國立高雄應用科技大學 === 機械與精密工程研究所 === 101 === With the significant leap in computer technology, 3D simulation is widely used in education, training, space, military, medical, architectural and entertainment. Nowadays 3D technology has been integrated with real life, user can have immersive feeling through this visual experience . Traditional industries have to enhance competition in the global environment by buying advanced equipment and make improvement continually, so as to achieve production improvement even more than 300%. In order to accomplish this improvement, conventionally they raise modification ideas and utilize 2D drawings to solve various problems. During that procedure, samples were made in advance to check if the interface issues occured, then the sample were modified and re-tested again and again until have fulfilld all the demand; so the improvement procedure is long and quite expensive. Now that 3D simulation technology application have improved the design process by a different ways , the designer can view the effectiveness and modify repeatedly before production of the sample. Time can be shoreened and costs can be redyced by the improved process.
This study uses computer 3D simulation technology, fulfills the desire to improve the equipment in 3D models, and utilizes 3D simulation technology to assemble spare parts, checks the interference problem, then produces the samples. Designer can make sure the design is in correct status to producing samples and testing the modified one . This study also utilizes 3D simulation technology to identify the effectiveness of the improvement on-site.
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YUNG-CHOU KAO |
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YUNG-CHOU KAO Cheng Sen Yuan 鄭森元 |
author |
Cheng Sen Yuan 鄭森元 |
spellingShingle |
Cheng Sen Yuan 鄭森元 Feasibility and Implementation Analysis for the use of 3D Technology in a New Rod Mill equipment improvement on #6,#28 RE Guide - Case Study of C Company |
author_sort |
Cheng Sen Yuan |
title |
Feasibility and Implementation Analysis for the use of 3D Technology in a New Rod Mill equipment improvement on #6,#28 RE Guide - Case Study of C Company |
title_short |
Feasibility and Implementation Analysis for the use of 3D Technology in a New Rod Mill equipment improvement on #6,#28 RE Guide - Case Study of C Company |
title_full |
Feasibility and Implementation Analysis for the use of 3D Technology in a New Rod Mill equipment improvement on #6,#28 RE Guide - Case Study of C Company |
title_fullStr |
Feasibility and Implementation Analysis for the use of 3D Technology in a New Rod Mill equipment improvement on #6,#28 RE Guide - Case Study of C Company |
title_full_unstemmed |
Feasibility and Implementation Analysis for the use of 3D Technology in a New Rod Mill equipment improvement on #6,#28 RE Guide - Case Study of C Company |
title_sort |
feasibility and implementation analysis for the use of 3d technology in a new rod mill equipment improvement on #6,#28 re guide - case study of c company |
publishDate |
2013 |
url |
http://ndltd.ncl.edu.tw/handle/49102093754658402577 |
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