Sustainable Systems - a New Field for Vibroacoustics : Sustainable Vibroacoustics

• Autorzy: Panuszka R.
• Języki publikacji: EN

Abstrakty

EN

The role of vibroacoustics is discussed. The author is trying to define a role of vibroacoustics at this stage of development of technology and human rights. The role of this research and education needs to be redefined on saving all three elements of global environment. This will equitably meet the biophysical needs of society as a whole, individual members plus maintaining the integrity of life-supporting ecosystems over a long-term time period. Traditional issues of vibroacoustics are under extensive development will need to be redirect into new visions which are now being discussed and developed.

Słowa kluczowe

EN

vibroacoustics; sustainable systems; sustainable vibroacoustics; environmental vibroacoustics

• Wydawca: Silesian Division of Polish Acoustical Society
• Czasopismo: Molecular and Quantum Acoustics
• Rocznik: 2006
• Tom: Vol. 27
• Strony: 189--200
• Opis fizyczny: Bibliogr. 29 poz., rys.

Twórcy

autor

Panuszka R.

• Acoustical Consulting*, University of Science and Technology AGH, Krakow (to Oct. 31, 2006)* 6460 Eastern Range RoadIndianapolis, IN 46234, USA,

Bibliografia

• 1.Cempel Cz. Applied Vibroacoustics. (In Polish). Edited by PWN. Warsaw - Poznan. 1978.
• 2. Engel Z. Panuszka R. The Fundamental of Acoustics. Edited by the University of Science and Technology AGH, Krakow. 1989.
• 3.Artobolewski J.J., M.D. Genkin S. W.J.: Problems of Dynamical Acoustics of Machinery and Designs. (In Russian), Moscow, 1973. Molecular and Quantum Acoustics vol. 27, (2006) 199
• 4.Panuszka R.: Correlation Methods of Estimating of Noise Sources in Application to Shot blasting Machinery in Foundry. Doctoral Thesis. Library of the AGH University of Science and Technology, Krakow. 1976.
• 5.Engel Z., Panuszka R.: The Method of Estimating of the Radiation of Vibroacoustic Power Using Example of the Rotor Plate System of the Chamber Shot Blasting Machine. (In Polish) 1975, Archives of Acoustics, Nr 4, p. 345 - 356.
• 6.Lyon, R.: Statistical Energy Analysis of Dynamical System - Theory and Applications. M.I.T. Press, 1975.
• 7.Fahy F.J.: Sound and Structural Vibration: Radiation, Transmission and Response. Academic Press, London, 1985.
• 8.Panuszka R.: The Review of Investigations on Structural and Biomedical Acoustics at the Staszic University AGH of Krakow. Structures - Waves - Biomedical Engineering. Krakow, 2002, 111-128.
• 9.Booth, C.W., Colomb J.M., Williams J.M., "The Craft of Research". The University of Chicago Press, 2003.
• 10.Grant, Robert M. "The Resource-Based Theory of Competitive Advantage: Implications for Strategy Formulation. "California Management Review, Vol. 33, No. 3 (Spring 1991): 114-135.
• 11.http://css.snre.umich.edu/index.php - University of Michigan, School of Natural Resources & Environment.
• 12.Panuszka R. "Waves - Systems - Human - Environment, Examples of Research" Seminar for the Faculty Position at the Department of Mechanical Engineering-Engineering Mechanics, Michigan Technology University, Houghton, April 21, 2006.
• 13.Panuszka R.: Waves and Systems. Invited Presentation for the Acoustical Engineering Conference, Krakow - Zakopane, June, 2005. p.123.
• 14.Panuszka R., Wiciak J., Iwaniec M.: Experimental Assessment of Coupling Loss Factors of Thin Rectangular Plates. Archives of Acoustics, 30, 4, 2005, p. 291 - 309,
• 15.Wiciak J.: The Analysis of the Transmission Structure Born Sound in Complex Mechanical Systems on Example of Thin Plates. PhD. Thesis. Library of the University Science and Technology AGH, Krakow, 1998.
• 16.Damijan Z., Kowalczyk-Hauser M., Panuszka R.: Estimation of the Influence of Infrasound Energy on Living Organisms. Bull. Of Mechanics, University of Science and Technology. Krakow. Vol. Vol. 15, 3, 1996, p. 205-220.
• 17.Damijan Z.: Infrasound Noise Influence on Human Brain Potentials, Doctoral thesis. University of Science and Technology AGH, Krakow, 2000.
• 18.Damijan Z., Kasprzak C., Panuszka R.: Low-Frequency Sounds and Psychological Tests at 7, 18, and 40 Hz, JASA, 115, 2005, p. 2388,
• 19.Panuszka R., Damijan Z, Kasprzak C. Fractal EEG Analysis with Higuchi's Algorithm of Low-Frequency Noise Exposition on Humans JASA, 115, 2004. p. 2388.
• 20.Kasprzak C.: Correlation of Human Brain Potentials and Low Frequency Signals. Doctoral thesis. Library of the University of Science and Technology, Krakow. 2005.
• 21.Kasprzak C., Damijan Z., Panuszka R Sound Fields in Biosphere of the Mountain Streams and their Influence on the Human EEG, JASA, 115, 2004, p. 2388. 200 Panuszka R.
• 22.Kasprzak C., Damijan Z., Panuszka R.: Influence of Low-Frequency Vibration on Changes of Biochemical Parameters of Living Rats, J. Acoust. Soc. Am. 115, 2004, p. 2443.
• 23.Damijan Z. Panuszka R. McGlothlin J.: Standardization of Infrasound and Low Frequency Noises for Health Benefits on Human. JASA, Vol. 112, No.5. Pt.2 Od 2. Nov. 2002. p. 2244.
• 24.Berglund B., Hassemen P.: Sources and Effects of Low Frequency Noise. JASA. 99, 5, 1996. 2985-3002.
• 25.ISO 7196. Acoustics. Frequency Weighting Characteristics for Infrasound Measurements. Int. Org. For Stand. 1995.
• 26.ISO 9612. Acoustics. Guidelines for the Measurement and Assessment of Exposure to Nose in the Working Environment. Int. Org. For Stand. 1997.
• 27. Damijan Z., Kasprzak C., Panuszka R.: Impact of Low Frequency Sounds on Follow-Up Effect in Electrical Activity of Brain. 50thOpen Seminar on Acoustics - Proceedings, Szczyrk, 2003, p. 25 - 28.
• 28.Panuszka K. Panuszka R.: Effect of Noise on Social Relationship. JASA, Vol. 112, No.5. Pt.2 Od 2. Nov. 2002. p. 2272.
• 29.Branco Castello N.A.A.: Vibroacoustic Disease. Aviation, Space, and Environmental Medicine. Vol. 70. No.3, Sec.11. Suppl. March 1999.