The purpose of this paper is to find an optimized filament-winding pattern that can use minimal filament to cover the entire pressure vessel In order to meet the needs of the aerospace industry for light weight high strength and pressure resistance this paper will focus on system control combines analysis design and manufacturing using the friction analysis to prevent the sliding during the winding process then calculate the strength of material after filament covered the whole vessel surface and find out the optimal winding path To make the winding-machine work as expected the motion commands of each axis motor of the winding-machine are derived from dynamics and design a human-machine interface to achieve real-time monitoring function
Date of Award | 2020 |
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Original language | English |
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Supervisor | Chieh-Li Chen (Supervisor) |
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Winding Pattern Design and Control of Filament-Machine
立璇, 陳. (Author). 2020
Student thesis: Doctoral Thesis