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2007, 9

S. Budrin

Application of Finite Wave Elements for waves propagation computing in branched systems

language: Russian

received 10.01.2007, published 14.03.2007

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ABSTRACT

When frame, branched structures like cooling or ventilation systems are designed, the problem of radiated noise is usually arises. To calculate expected noise one should know vibrations in components of a system. New technique for computing of vibration propagation in branched systems is considered in the paper. Finite Wave Elements simulation (some version of FEM) is used. Possibility of propagation of finite number of waves is taken into account.

Keywords: waves propagation, branched system, complex structure, vibration, finite element simulation, finite wave element

12 pages, 1 figure

Сitation: S. Budrin. Application of Finite Wave Elements for waves propagation computing in branched systems. Electronic Journal “Technical Acoustics”, http://www.ejta.org, 2007, 9.

REFERENCES

1. Budrin S. Finite Wave Elements for vibration computing in complex structures (in Russian). Proceedings of International Conference on Machines Vibration. Institute of Theoretical Engineering, Moscow, 2001.
2. Banerjee P. K., Butterfield R., Boundary element methods in engineering science. MacGraw Hill Book Company (UK), 1981.
3. Budrin S. Application of Finite Impedance Elements technique for vibration computing in engineering structures (in Russian). Proceedings of Krylov Shipbuilding Research Institute, 30 (314), St.-Petersburg, 2006.


 

Sergey Budrin - Doctor of Science, Principal Researcher at Krylov Shipbuilding Research Institute. Scientific interests: vibration propagation in complex structures, sound radiation, flow induced noise.