| 제목 |
타이어 고무배합물의 초탄성을 고려한 레이디얼 타이어의 팽창에 관한 유한요소해석 |
| 분야 |
차량동역학 및 제어 |
| 언어 |
Korean |
| 저자 |
김용우(순천대학교), 김종국(순천대학교) |
| Key Words |
Hyperelasticity(초탄성), Mooney-Rivlin 1st model(무니-리브린 1차모델), Mooney-Rivlin 3rd model(무니-리브린 3차모델), Radial tire(레이디얼 타이어), Inflation pressure(내압), Rubbeer compound(고무배합물), Belt cord angle(벨 |
| 초록 |
In this study, Mooney-Rivlin I st model and Mooney-Rivlin 3rd model are adopted as strain energy density functions of the rubber compounds of a radial tire. It is shown that the FE analysis using Mooney-Rivlin models for rubber compounds may provide good approximations by employing the appropriate strain range of experimental stress-strain data in a way to describe the stress-strain relationship accurately. Especially, Mooney-Rivlin 3rd model gives an accurate stress-strain relationship regardless of the fitting strain range used within the strain of 100%. The static nonlinear FE analysis of a tire inflation is performed by employing an axisymmetric model, which shows that the outside shapes of the tire before and after inflating the tire agree well with those of the real tire. Additionally, the deformations at crown center and turning point on sidewall, distribution of belt cord force. interlaminar shear strain are predicted in terms of variation of belt cord angle which is known as the most influential factor in inflation behavior of a tire. |
| 원문(PDF) |
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