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A Study On The Robust Structure For Improvement of Front Insulator Noise Improvement  

Lee, Sang Jong (Hyundai Motors Accelerated Durability Development Team)
Publication Information
Journal of Applied Reliability / v.17, no.3, 2017 , pp. 197-206 More about this Journal
Abstract
Purpose: Clarify the cause of the noise by the front wheel strut insulator, which is located in close proximity to the driver's seat. Methods: The improvement mechanism was confirmed through failure analysis and reproduction test of the joint generation mechanism. In addition, the main factors were analyzed through principal test. Results: This paper describes the mechanism of occurrence of noise due to deterioration and hardness increase of rubber, deformation on severe road surface, foreign matter and water inflow in cold weather. Conclusion: We found that the insulator and body deformation can be minimized without increasing the thickness of the body and the insulator and reinforcing the body by dispersing the input load by applying load distribution structure instead of the local forming structure of the insulator in the insulator robust structure.
Keywords
Insulator; Front Strut; Performance; Optimization; Noise; Robust Structure;
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