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2021 | OriginalPaper | Buchkapitel

8. Analysis of Raft Using WPA Method

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Autor: Prof. Chongjian Wu

Verlag: Springer Singapore

Erschienen in: Wave Propagation Approach for Structural Vibration

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Abstract

It is necessary to review the basic characteristics of single/double-stage vibration isolation.

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Yan J (1985) Mechanical vibration isolation technology. Scientific and Technical Documentation Press, Shanghai

Wu C, Fu T (1994) Research and design of a double-layer vibration isolation system for middle raft with elastic characteristics. Ship Eng Res 4:20–24

Wu C (1998) A summary of the comparative study of raft isolation and double-layer isolation. Ship Eng Res 80(1):29–33

Kings R (1986) Some observations on the achievable properties of diesel isolation systems. In: Shipboard acoustics-proceedings ISSA’86

Yan J (1991) New development of vibration isolation and noise reduction technology. Noise Vib Control (5/6):11–16

Shen M, Yan J (1994) Engineering example of ship raft installation. Noise Vib Control 1:21–23

Shen M, Yan J (1994) Engineering example of ship raft installation (continued I). Noise Vib Control 3:45–48

Shen M, Yan J (1994) Engineering example of ship raft installation (continued II). Noise Vib Control 5:45–48

Shi Y, Zhu S, Lü Z et al (1995) Research on double-deck vibration absorber (raft type) for luxury Yacht. J Naval Univ Eng 2:1–5

10.

Zhu H (1994) Theoretical modeling and analytical method of raft installation. Ship Sci Technol 134(2):14–19

11.

Chen X, Qi H, Wu C et al (1999) Optimization design of two-stage vibration isolation system based on maximum entropy method. J Vib Shock 18(4):45–49

12.

Liu Y, Shen R, Yan J (1996) Study on shock response of multilayer vibration isolation system. Noise Vib Control 3:2–8

13.

Wu C, Du K, Zhang J et al (1996) Design method of raft vibration isolation system. Ship Eng Res 74(3):37–45

14.

Wang C, Zhang Z, Shen R (1998) Application of state space method in response analysis of raft vibration isolation system. Noise Vib Control 5:11–16 CrossRef

15.

Chen X, Lu F, Qi H, Wu C (1999) Computer simulation of raft vibration isolation system based on equation of state. Noise Vib Control (1):15–17, 29

16.

Lin L (1999) The application and development of raft vibration isolation technology in ship. Tech Acoust 18(Suppl):1–4

17.

Shang G, Li W (1999) Feature evolution of ship raft system. Ship Sci Technol 01:21–23

18.

Sheng M, Wang M, Sun J (1999) A statistical analysis model for the raft isolation system. J Northwest Polytech Univ 17(4):633–637

19.

Yu W (1995) Study on several problems of multilayer vibration isolation system. Shanghai Jiao Tong University, Shanghai

20.

Feng D, Song K, Zhang H, Sun Y (1997) Influence of raft elasticity on vibration transfer of complex vibration isolation system. J Shandong Inst Build Mater 11(3):219–223, 253

21.

Yu W, Shen R, Yan J (1995) Research on parameter optimization of multilayer vibration isolation system. Noise Vib Control 5:14–19

22.

Sun L, Song K (2003) Analysis of power flow characteristics of raft vibration isolation system. Chin J Appl Mech 20(3):99–102

23.

Zhang H, Fu Z (2002) Influence of main parameters of raft vibration isolation system on performance of system. J Vib Shock 19(2):4–8

24.

Li X, Song K, Sun Y (2003) Study on the transferring characteristics of power flow through raft by complex excitations. Chin J Appl Mech 20(2):32–37 CrossRef

25.

Chen Z (2005) Study on the “Mass Effect” of raft vibration isolation systems. China Ship Development and Design Center, Wuhan

26.

Crawley E, Cameron B, Selva D (2017) System architecture: strategy and product development for complex systems (Feixiang A, Trans). China Machine Press, Beijing

27.

Wu CJ, White RG (1995) Reduction of vibrational power in periodically supported beams by use of a neutralizer. J Sound Vib 181(1):99–114 CrossRef

28.

Wu C (2012) WPA analysis of structural vibration and its application. Huazhong University of Science and Technology, Wuhan

29.

Mao Q, Pietrzyk S (2016) Control of noise and structural vibration: a matlab-based approach (Wu W, Wong Z, Wang F, Trans). Harbin Engineering University Press, Harbin

30.

Fuller CR, Elliott SJ, Nelson PA (1997) Active control of vibration. Academic Press, London

Titel

Analysis of Raft Using WPA Method

Buch

Wave Propagation Approach for Structural Vibration

Print ISBN: 978-981-15-7236-4

Electronic ISBN: 978-981-15-7237-1

https://doi.org/10.1007/978-981-15-7237-1

DOI

https://doi.org/10.1007/978-981-15-7237-1_8

Autor:

Prof. Chongjian Wu

Verlag

Springer Singapore

Sequenznummer

Kapitelnummer

Chapter 8

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