Abstract: Automotive components must withstand shock loads and random vibrations during service which heavily affect their structural integrity. In this paper, an automotive acoustic box supporting two speakers for a car radio system is analysed. The box is made of talc-reinforced polypropylene, an injection-mouldable polymer. Shock load analysis and random response analysis are performed.
Dynamic modelling of composite acoustic boxes for automotive applications / Castagnetti, Davide; Dragoni, Eugenio; Rubini, Riccardo. - In: INTERNATIONAL JOURNAL OF VEHICLE DESIGN. - ISSN 0143-3369. - STAMPA. - 44:(2007), pp. 326-338. [10.1504/IJVD.2007.013647]
Dynamic modelling of composite acoustic boxes for automotive applications
CASTAGNETTI, Davide;DRAGONI, Eugenio;RUBINI, Riccardo
2007
Abstract
Abstract: Automotive components must withstand shock loads and random vibrations during service which heavily affect their structural integrity. In this paper, an automotive acoustic box supporting two speakers for a car radio system is analysed. The box is made of talc-reinforced polypropylene, an injection-mouldable polymer. Shock load analysis and random response analysis are performed.
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