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Structure Subsystem
Structure Subsystem
火星壢險-結構次系統.pdf112-1 中大壢中-結構次系統
112-1 中大壢中-結構次系統
國立中央大學 太空酬載實驗室
余柏毅
2023.11.13
火星壢險-結構次系統_2.pdf112-1 中大壢中-結構次系統
112-1 中大壢中-結構次系統
國立中央大學 太空酬載實驗室
余柏毅
2023.11.20
壢中結構 https://bit.ly/3K5IyUL110-2 中大壢中-衛星結構
110-2 中大壢中-衛星結構
Fusion 360 創帳號
Fusion 360 創帳號
Fusion360簡易教學
Fusion360簡易教學
Fusion 360 Client Downloader
Fusion 360 Client Downloader
DEVELOPER RESOURCES
DEVELOPER RESOURCES
論文 : Design, Analysis, Optimization, Manufacturing, and Testing of a 2U Cubesat
論文 : Design, Analysis, Optimization, Manufacturing, and Testing of a 2U Cubesat
Design, Analysis, Optimization, Manufacturing, and Testing of a 2U CubesatAbstract
Abstract
The design optimization, development, and verification by analysis and testing of the 1st Greek cubesat, developed by the University of Patras and Libre Space Foundation (UPSat (University of Patras Satellite)), is presented. The key innovative approach includes the replacement of the aluminum side faces with structural composite components, keeping the commonly used aluminum frame. A “hybrid” double-unit (2U) cubesat structure was optimized, built, and tested for all launch and thermal loads/specifications required for launch and mission operations as imposed from the EU-funded FP7-QB50 project. Results show that the new design of the structure using CFRP can offer similar levels of performance in terms of stiffness, while saving 30% of the mass, for the entire cubesat platform.
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