首页|低噪声沥青路面研究进展(续2)——胎路噪声测试方法与数值模拟

低噪声沥青路面研究进展(续2)——胎路噪声测试方法与数值模拟

扫码查看
胎路噪声源于轮胎与路面之间的摩擦和振动,是道路交通噪声主要污染源.胎路噪声准确测试和精确模拟对于掌握噪声产生机理、研发低噪声沥青路面具有重要意义.研究总结了当前胎路噪声常用测试方法,重点介绍了统计通过法、时间平均法、滑行法、近距离拖车法和车载声强法等室外测试方法,以及驻波管法、轮胎下落法、转鼓法等室内测试方法;另外,综述了基于有限元或边界元的胎路噪声数值模拟方法和研究进展,以期为完善胎路噪声测试方法和数值模拟分析提供技术参考.
Review on Low Noise Asphalt Pavements(2)——Measurement Techniques and Numerical Simulation on Tire-Pavement Interaction Noise
Tire-pavement interaction noise,originating from the friction and vibration between tires and the pavement surface,is a primary source of road traffic noise pollution.Accurate testing and precise simula-tion of tire-pavement interaction noise are crucial for understanding the mechanisms of noise generation and developing low noise asphalt pavements.This paper summarizes the current common measurement techniques for tire-pavement interaction noise,with a focus on outdoor measurement techniques such as the statistical pass-by,continuous-flow traffic time-integrated,coast-by,close-proximity trailer,and on-board sound intensity methods,as well as indoor measurement techniques including the impedance tube,tire drop,and drum methods.Additionally,this review encompasses numerical simulation methods and research progress based on finite element or boundary element models,aiming to provide technical references for refining meas-urement techniques and numerical analysis on tire-pavement interaction noise.

low-noise asphalt pavementstire-pavement interaction noisemeasurement techniquesnumerical simulationresearch progress

金昊、李炜、徐磊、孙大权

展开 >

同济大学道路与交通工程教育部重点实验室,上海 201804

湖州交通规划设计院,湖州 313000

低噪声沥青路面 胎路噪声 测试方法 数值模拟 研究进展

2024

石油沥青
中国石油化工集团公司齐鲁分公司胜利炼油厂

石油沥青

影响因子:0.365
ISSN:1006-7450
年,卷(期):2024.38(5)