Development of small unmanned surface vehicle for water quality measurement
碩士 === 中原大學 === 機械工程研究所 === 106 === The quality of water in reservoir is an issue to water consumption nowadays. The traditional way of water quality is tested by sampling at specific location by staffs. Asides from investigating the geographic environment and hydrology before sampling, arranging hu...
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ndltd-TW-106CYCU54890412019-10-31T05:22:11Z http://ndltd.ncl.edu.tw/handle/2c5mfa Development of small unmanned surface vehicle for water quality measurement 小型水上無人載具開發用於水質檢測 Cheng-Chun Shen 沈鉦鈞 碩士 中原大學 機械工程研究所 106 The quality of water in reservoir is an issue to water consumption nowadays. The traditional way of water quality is tested by sampling at specific location by staffs. Asides from investigating the geographic environment and hydrology before sampling, arranging human resource and transportation are also needed. With such dangerous, time-and-cost-consuming works, therefore CYME and CYEE dedicate to marine drone development. In order to improve the problems above, authors expect to develop a manual marine drone to let staffs have access to sampling at some unreachable locations. This Thesis mainly challenge the alteration and control of the boat. First, we do the evaluation of stability of the boat and assess if the boat would overturn with interference of wind and waves. Then we made statical stability curve. On mechanic construction aspect, we upgraded the power system, making it has more power to load the equipment in order to proceed sampling. And last, we tested the boat in reservoir and ensure the water sampling could be done. Che-Ming Kuo 郭鎮銘 2018 學位論文 ; thesis 83 zh-TW |
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碩士 === 中原大學 === 機械工程研究所 === 106 === The quality of water in reservoir is an issue to water consumption nowadays. The traditional way of water quality is tested by sampling at specific location by staffs. Asides from investigating the geographic environment and hydrology before sampling, arranging human resource and transportation are also needed. With such dangerous, time-and-cost-consuming works, therefore CYME and CYEE dedicate to marine drone development.
In order to improve the problems above, authors expect to develop a manual marine drone to let staffs have access to sampling at some unreachable locations.
This Thesis mainly challenge the alteration and control of the boat. First, we do the evaluation of stability of the boat and assess if the boat would overturn with interference of wind and waves. Then we made statical stability curve. On mechanic construction aspect, we upgraded the power system, making it has more power to load the equipment in order to proceed sampling. And last, we tested the boat in reservoir and ensure the water sampling could be done.
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Che-Ming Kuo |
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Che-Ming Kuo Cheng-Chun Shen 沈鉦鈞 |
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Cheng-Chun Shen 沈鉦鈞 |
spellingShingle |
Cheng-Chun Shen 沈鉦鈞 Development of small unmanned surface vehicle for water quality measurement |
author_sort |
Cheng-Chun Shen |
title |
Development of small unmanned surface vehicle for water quality measurement |
title_short |
Development of small unmanned surface vehicle for water quality measurement |
title_full |
Development of small unmanned surface vehicle for water quality measurement |
title_fullStr |
Development of small unmanned surface vehicle for water quality measurement |
title_full_unstemmed |
Development of small unmanned surface vehicle for water quality measurement |
title_sort |
development of small unmanned surface vehicle for water quality measurement |
publishDate |
2018 |
url |
http://ndltd.ncl.edu.tw/handle/2c5mfa |
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AT chengchunshen developmentofsmallunmannedsurfacevehicleforwaterqualitymeasurement AT chénzhēngjūn developmentofsmallunmannedsurfacevehicleforwaterqualitymeasurement AT chengchunshen xiǎoxíngshuǐshàngwúrénzàijùkāifāyòngyúshuǐzhìjiǎncè AT chénzhēngjūn xiǎoxíngshuǐshàngwúrénzàijùkāifāyòngyúshuǐzhìjiǎncè |
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