Analysis of High-Speed Energy-Storing Flywheel Rotor

Xiu Hua Zhang; Xue Feng Zhao; Xing Lei Zhang

doi:10.4028/www.scientific.net/AMM.214.249

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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 214Analysis of High-Speed Energy-Storing Flywheel...

Analysis of High-Speed Energy-Storing Flywheel Rotor

Abstract:

Appropriate rotor material and reasonable structure should be used for increase energy-storing density of flywheel. Theoretical analysis and design to high-speed energy-storing flywheel rotor with maximum energy-storing density is studied in the paper．The ratio of inner diameter and outer diameter and structure dimensions of a given condition flywheel rim is obtained by calculating. And the interference fit of rim/hub of the flywheel is analyzed with finite element software. One efficient and reliable calculating foundation and analysis method for the structure design of the flywheel rotor is provided.

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Periodical:

Applied Mechanics and Materials (Volume 214)

Pages:

249-253

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.214.249

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Online since:

November 2012

Authors:

Xiu Hua Zhang, Xue Feng Zhao, Xing Lei Zhang

Keywords:

Energy-Storing Density, Fit, Flywheel, Rotor

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References

[1] Jiang shuyun, Wei Haigang, Shen zupei, The Current Development of the Flywheel Enegy Stotage Reaserch [J]. Solar, 2000,21(3):424—433

Google Scholar

[2] Zhao Han, Yang Zhitie. The Preliminary Exploration of the Flywheel Energy-storage Device Design[J]. Solar, 2002,23(4):493—497

Google Scholar

[3] Zhang Tiezhu, Luo Bangjie etc. The Design and Analysis of high-speed Energy-sorage Flywheel[J] Jornal of Mechanical Engineering, 1993,29(1):24—29．

Google Scholar

[4] Bai Yue etc. Flywheel Rotor Design with the Composite Material [J]. Opticas, Precision Engineering, 2007,15(6):852—857．

Google Scholar

[5] ARNOLD S M.SALEEB A F, AL-ZOUB N R. De formation and life analysis of composite flywheel disk and multi-disk systems[R]. NANA/TM-2001-210578.

Google Scholar

[6] D.W. Swett, F.G. Blanche IV. Flywheel Charging Module for Energy Storage Used in Electromagnetic Aircraft Launch System. IEEE Transactions on Magnetics,2005,41(1): 525~528.

DOI: 10.1109/tmag.2004.838745

Google Scholar

[7] Li Donglin, Wang Qiang, Interrence Fit Analysis Based on Exposure to Non-linear Theory of High-speed Rotor [J]. Electrical Egineering Technology.38 (08).97-99

Google Scholar

[8] Zhou Hequn, Wang Zhonghou, Xie Yunbo, Zhao Dongshen, Drive Shaft Based on FEA Precision Analysis of Interference Fits[J] Mechanical Transmissio[J].2010.34(1).60-62

Google Scholar