原文传递
Visualization of the Tire Vibration and Sound Radiation and Modeling of Tire Vibration with an Emphasis on Wave Propagation. Final rept.
| 题名： | Visualization of the Tire Vibration and Sound Radiation and Modeling of Tire Vibration with an Emphasis on Wave Propagation. Final rept. |
| 作者： | Bolton-J.S.; Kim-Y.J. |
| 关键词： | *Tire-vibration; *Tire-road-contact-forces; *Sound-radiation; *Wave-propagation; *Noise-; *Acoustical-holography.;Tables-Data; Research-; Automobile-industry; Automobile-tires; Tires-; Tire-treads; Modeling-; Finite-element-method. |
| 摘要： | It is now known that tire/road interaction noise is the major contributor to exterior automobile noise and establishes the background noise level in many environments. Thus, the reduction of tire/road noise is a major environmental noise issue today. Among the numerous tire noise mechanisms, tire vibration has been established as the primary source: i.e., a tire's tread block hits the road surface, and then the underlying reinforcing belts vibrate owing to the force transmitted through the tread block, resulting in sound radiation from the vibrating tire surface. In an attempt to identify the dominant tire noise sources, a sound field visualization procedure referred to as Nearfield Acoustical Holography was applied to a rolling tire: it has been shown that sound radiation originates close to the contact patch of a tire. An experimental procedure has also been introduced to identify the main characteristics of tire vibration. |
| 报告类型： | 科技报告 |
相关文献
- Measurement and Analysis of Blank Tire Tread Vibration and Radiated Noise. Final rept.
- Suositus Liikennetarinan Arvioimiseksi Maankayton Suunnittelussa (Recommendation for Evaluation of Traffic-Induced Vibrations in Planning of Land Use)
- Suositus Liikennetarinan Arvioimiseksi Maankayton Suunnittelussa (Recommendation for Evaluation of Traffic-Induced Vibrations in Planning of Land Use).
- Investigation of Novel Acoustic Barrier Concepts Phase I: Concept Development and Preliminary Evaluation. Final rept.
- Pavement Noise Research: Modeling of Quieter Pavements in Florida.
- Acoustic Design of Naval Structures.
检索历史
应用推荐
