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Optimal Design of Tire Sidewall Contours for Improving Maneuverability and Durability
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 Title & Authors
Optimal Design of Tire Sidewall Contours for Improving Maneuverability and Durability
Jo, Jin-Rae; Jeong, Hyeon-Seong; Lee, Hong-U; Kim, Nam-Jeon; Kim, Gi-Un;
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Automobile maneuverability and tire durability are significantly influenced by the sidewall tire contour. In order to improve these tire performances, it is very important far one to determine a sidewall contour producing the ideal tension and strain-energy distributions. However, these requirements can nut be simultaneously achieved by conventional non-interactive multi-objective optimization methods based on mathematical programming, because these exhibit the conflicting behavior each other, with respect lo the sidewall contour. Therefore, we execute the tire contour optimization fur improving the maneuverability and the tire durability using satisficing trade-off method.
Optimum Sidewall Contour;Maneuverability;Durability;Aspiration Level;Satisficing Trade-off Method;
 Cited by
신경회로망을 활용한 타이어 크라운형상 최적설계,조진래;신성우;정현성;김남전;김기운;

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