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·2024
Development and Simulation Validation of a Wheel/Tire Selective-Matching Algorithm Considering an Error Function of Wheel Runout Measuring Equipment
Young‐Sam Yoon, Taesuk Lee, Hyungjoo Kim, Jae-Kil Lee, Kyuho Sim
SAE technical papers on CD-ROM/SAE technical paper series
초록

<div class="section abstract"><div class="htmlview paragraph">In this study, a novel selective matching logic for a wheel/tire is proposed, to decrease the vehicle driving vibration caused by wheel/tire non-uniformity. The new logic was validated through matching simulation/in-line matching evaluation. A theoretical radial force variation model was established by considering the theoretical model of the existing references and the wheel/tire assembly mechanism. The model was validated with ZF’s high-speed uniformity equipment, which is standard in the tire industry. The validity of the new matching logic was verified through matching simulation and mass production in-line evaluation. In conclusion, the novel logic presented herein was demonstrated to effectively decrease the radial force variation caused by the wheel/tire.</div></div>

키워드
Function (biology)Tire balanceComputer scienceMatching (statistics)AlgorithmObservational errorAutomotive engineeringSimulationEngineeringMathematics
타입
article
IF / 인용수
- / 0
게재 연도
2024

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