1
Assistant Professor, Department of Mechanical Engineering, Pardis Branch, Islamic Azad University,Pardis, Iran
2
Professor, LRT, Institut für Mechanik, Universität der Bundeswehr München, 85577 Neubiberg, Germany.
Abstract
This paper introduces a new approach for the reduction of sound radiation from the mechanical structures. A combination of genetic algorithm method and geometry modification concept minimizes the root mean square level of structure borne sound for a square plate over a specific frequency range. The structure’s local geometry modification values at the selected surface key-points considered as design variables. The model is under three non-symmetric harmonic excitations. An iterative approach is used to develop new modified model until when a termination criterium is rached. The results show that this approach could produce significant reduction in the value of radiated sound power level of the structure.
Ranjbar,M. and Marburg,S. (2012). Vibroacoustical Optimzation of Mechanical Structures Using Geometry Modification Concepte and Genetic Algorithm Method. Modares Mechanical Engineering, 12(2), 134-143.
MLA
Ranjbar,M. , and Marburg,S. . "Vibroacoustical Optimzation of Mechanical Structures Using Geometry Modification Concepte and Genetic Algorithm Method", Modares Mechanical Engineering, 12, 2, 2012, 134-143.
HARVARD
Ranjbar M., Marburg S. (2012). 'Vibroacoustical Optimzation of Mechanical Structures Using Geometry Modification Concepte and Genetic Algorithm Method', Modares Mechanical Engineering, 12(2), pp. 134-143.
CHICAGO
M. Ranjbar and S. Marburg, "Vibroacoustical Optimzation of Mechanical Structures Using Geometry Modification Concepte and Genetic Algorithm Method," Modares Mechanical Engineering, 12 2 (2012): 134-143,
VANCOUVER
Ranjbar M., Marburg S. Vibroacoustical Optimzation of Mechanical Structures Using Geometry Modification Concepte and Genetic Algorithm Method. Modares Mechanical Engineering, 2012; 12(2): 134-143.
