Review of sound and vibration control technologies for ship piping system and exploration of phononic crystals on noise and vibration reduction

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Journal of Vibration and Shock ›› 2017, Vol. 36 ›› Issue (15) : 163-170.

SHEN Huijie1, 2, LI Yanfei1, 2, SU Yongsheng1, 2, ZHANG Linke3, SONG Yubao4

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Abstract

The problem of low-frequency sound and vibration control for ship piping systems is a knotty and pivot problem that had attracted a great deal of attention in current researches. The causation of sound and vibration of ship piping system is briefly analyzed in this paper. Limits of current sound and vibration control methods are presented after reviewing the noise and vibration reduction technologies of piping systems. Inspired by the researches of the newly developed phononic crystals (PCs) in the condensed matter physics area, a feasible way for solving the sound and vibration control problem is proposed. Such a technology is the introduction of periodic structure into piping system design based on the PCs theory. The exploration applications of PCs on noise and vibration reduction are then reviewed. Finally, several aspects that need further discussion and research are addressed, for better control of sound and vibration for ship piping system via the PCs theory.

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/ pipe system of ships, noise and vibration reduction, low frequency, phononic crystals, periodic structure

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SHEN Huijie1, 2, LI Yanfei1, 2, SU Yongsheng1, 2, ZHANG Linke3, SONG Yubao4. Review of sound and vibration control technologies for ship piping system and exploration of phononic crystals on noise and vibration reduction[J]. Journal of Vibration and Shock, 2017, 36(15): 163-170

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