Coherence technique for noise reduction in rotary compressor

Author:

Kim H. C.,Cho M. G.,Kim J.,Park J. H.,Shim J.

Publisher

Springer Science and Business Media LLC

Subject

Mechanical Engineering,Mechanics of Materials

Reference5 articles.

1. F. Deblauwe, K. Janssens and M. Robin, Extending the usability of near-field acoustics holography and beam forming using focalization, ICSV14, 2007.

2. N. Kojima, H. Zhou, M. Mikami and T. Hirayu, Visualization of transient vibrational energy flow in a shell structure, ASVA97 (1997) 543–548.

3. S. M. Price and R. J. Bernhard, Virtual coherence: A digital signal processing technique for incoherent source identification, Proceedings of the 4th International Modal Analysis Conference (1986) 1256–1262.

4. M. E. Wang and M. J. Crocker, On the application of coherence techniques for source identification in a multiple noise source environment, journal of the acoustical society of america, 74(3) (1983) 861–872.

5. J. Y. Chung, Measurement of frequency responses and multiple coherence function of the noise generation system of a diesel engine, JASA, 58(3) (1975).

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