Reduction of Low Frequency Acoustical Resonances Inside Bounded Space Using Eigenvalue Problem Solutions and Topology Optimization

Author:

Błażejewski Andrzej

Publisher

Springer International Publishing

Reference27 articles.

1. Błażejewski A.: Modal approach application and significance analysis inside bounded space in a steady state acoustic field condition. International Journal of Dynamics and Control 3 50–57 (2015)

2. Błażejewski, A. Krzyżyński, T.: Application of genetic algorithms in multi-objective optimization in room acoustics. Logistyka 6, 281–289 (2010)

3. Błażejewski, A. Krzyżyński, T.: Multi-objective optimization of the acoustic impedance distribution for room steady state sound field condition. in: Cempel C., Dobry W. (eds.) Vibration in Physical Systems 24 pp. 57–62 (2010)

4. Cox, T.J. D’Antonio, P. A. M.: Room sizing and optimization at low frequencies. Journal of the Audio Engineering Society 52(6), 640–651 (2004)

5. Dühring, M.B. Jensen, J. S.  Sigmund O.: Acoustic design by topology optimization. Journal of Sound and Vibration 317, 557–575 (2008)

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