Development of the Hexagonal Structure in the Processes of Improving Vibration Insulating Properties of Products

Pavol Cekan; Karol Balog; Richard Kuracina; Zuzana Szabova; Jozef Harangozó

doi:10.4028/www.scientific.net/AMM.525.536

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HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vol. 525Development of the Hexagonal Structure in the...

Development of the Hexagonal Structure in the Processes of Improving Vibration Insulating Properties of Products

Abstract:

This paper deals with noise and mechanical vibration reduction by optimization and proper application of the hexagonal cell structure formed on the surface of oscillating bodies. This structure can be applied in a broad spectrum of products like home appliances, industrial machines and devices, drives etc. It stems from the knowledge of the area of human health protection against the negative effects of noise and vibrations as well as psychological comfort, performance and optimization of psychoacoustic perceptions. The authors present the design of a suitable parametric model which makes it possible to change the basic structure parameters and by means of numerical simulations approach the achievement of optimal structure parameters.

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Periodical:

Applied Mechanics and Materials (Volume 525)

Pages:

536-540

DOI:

https://doi.org/10.4028/www.scientific.net/AMM.525.536

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Online since:

February 2014

Authors:

Pavol Cekan*, Karol Balog, Richard Kuracina, Zuzana Szabova, Jozef Harangozó

Keywords:

Deformation, Model, Natural Frequency, Simulation, Vibration

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References

[1] ZIARAN, S.: Protection of man against vibration and noise. Bratislava: Slovak Technical University in Bratislava, 2008. 264 p. ISBN 978-80-227-2799-0.

Google Scholar

[2] DONIC, T. - MARTIKAN, M.: The problem absorption of impact energy. In: Mechanical Engineering, No. 10, 4 (2006), pp.8-9.

Google Scholar

[3] TREBUNA, F. - SIMCAK, F.: Resistance elements of mechanical systems. Kosice: Emilena, 2004. 980 p. ISBN 80-8073-148-9.

Google Scholar

[4] IVANCO, V. et. al: Finite Element Method: Kosice: ELFA, 1994. 80 p. ISBN 80-967131-4-0.

Google Scholar

[5] GEBURA, M.: Application of finite element analysis in materials engineering. In: Materials engineer, No. 1, electronic publication, 2008. Available online at: < http: /www. materialing. com/casopis> ISSN 1337-8953.

Google Scholar

[6] FRANKOVSKY, P. et. al.: The use of modal analysis in the diagnosis of vibration machinery. [online]. In: Transfer of innovation. 2011, No. 19. [cit. 14. 11. 2013]. Available online at: <http: /www. sjf. tuke. sk/transferinovacii/pages/archiv/transfer/19-2011/pdf/178-184. pdf>.

Google Scholar

[7] Comparison and analysis of measuring the vibrations transmitted to the hand of electric jig using a variety of mounting sensors / Marek Moravec - 2012. In: Physical environmental factors. Year. 2, (2012), pp.107-111. - ISSN 1338-3922.

Google Scholar