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한국자동차공학회

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10권 2호 166-173 2002 [한국자동차공학회 논문집 ]

제목 승차용 Wheel Bearing Hub Unit 설계를 위한 주행 하중조건의 실험적 연구
분야 차량동역학 및 제어
언어 Korean
저자 김기훈(자동차부품연구원), 임종순(자동차부품연구원), 유영면(자동차부품연구원)
Key Words Wheel bearing huh unit(휠 베어링 허브 유니트), Load condition(하중 조건), Driveing test(주행시험), Wheel force(휠 하중), Lateral acceleration(횡 방향 가속도)
초록 The wheel bearing hub unit is developed type of wheel bearing unified with the hub parts. It has advantage of reducing the weight and the number of components. And, it also improves uniformity of manufacturing quality. In order to design the wheel bearing hub units, many techniques are used such as load analysis, structure analysis and bearing characteristics analysis and so forth. These techniques need highly accurate load conditions founded on service conditions. In this study, to design the wheel bearing hub units used widespread in passenger cars, the service load was measured through driving tests on the public roads and in the special events. The public roads are classified into highway, intercity road, rural road, urban road, and unpaved road so as to know what the characteristics of the road loads are. The results of the tests showed that the wheel force was relative to the lateral acceleration, and also could be calculated from the lateral acceleration. The lateral acceleration was measured from 0.0G to 0.6G in general driving on the public roads, with different distributions in each road type. In special events, the maximum lateral acceleration was measured from 0.8G to 1.3G.
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