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AUTOMOTIVE EXTERIOR NOISE OPTIMIZATION USING GREY RELATIONAL ANALYSIS COUPLED WITH PRINCIPAL COMPONENT ANALYSIS

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Indexed by : Article

Document Code : 000325337600009

First Author : Shuming Chen

Author : 刘波

Date of Publication : 2013-09-01

Journal : FLUCTUATION AND NOISE LETTERS

Included Journals : SCI  

Affiliation of Author(s) : Jilin Univ

Place of Publication : SINGAPORE

Discipline : 工学

Funded by : National Natural Science Foundation;National Key Technology R&D Program of China ;Specialized Resear

Document Type : J

Volume : 12

Issue : 3

ISSN : 000325337600009

Key Words : Vehicle; exterior noise; sound package; grey system; optimization; principal component analysis

Teaching and Research Group : State Key Lab Automot Simulat & Control

Abstract : This paper investigates optimization design of the thickness of the sound package performed on a passenger automobile. The major characteristics indexes for performance selected to evaluate the processes are the SPL of the exterior noise and the weight of the sound package, and the corresponding parameters of the sound package are the thickness of the glass wool with aluminum foil for the first layer, the thickness of the glass fiber for the second layer, and the thickness of the PE foam for the third layer. In this paper, the process is fundamentally with multiple performances, thus, the grey

First-Level Discipline : 机械工程

Translation or Not : no

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Next One : OPTIMIZATION OF CAR SOUND PACKAGE WITH STATISTICAL ENERGY ANALYSIS MODEL USING GREY RELATIONAL ANALYSIS AND TAGUCHI METHOD