轮胎噪声室内转鼓法与室外滑行法测试结果的相关性研究
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摘要
研究轮胎噪声室内转鼓法与室外滑行法测试结果的相关性。结果表明:两种测试方法对不同方案轮胎噪声测试结果趋势一致;两种方法测试的声压级差值与理论计算值的误差均在1 dB(A)之内;两种方法测试结果的1/3倍频频谱在中频段(800~1 600 Hz)有一定的相似性。
The correlation between the test results of laboratory drum method and coast-by method was investigated. The results showed that,the trends of the test data for different schemes of these two methods were consistent. The error between the sound pressure level difference value of either method and the theoretical calculation was within 1 dB(A). The 1/3 octave bands of the two test methods showed considerable similarity in the middle frequency range(800~1 600 Hz).
The correlation between the test results of laboratory drum method and coast-by method was investigated. The results showed that,the trends of the test data for different schemes of these two methods were consistent. The error between the sound pressure level difference value of either method and the theoretical calculation was within 1 dB(A). The 1/3 octave bands of the two test methods showed considerable similarity in the middle frequency range(800~1 600 Hz).
引文
[1]Jeff S C C,Lin H H,Chen Y Y,et al.Study of Tire Noise for Vehicle Noise Control[A].SAE Technical Paper Series:SAE 2005 Noise and Vibration Conference and Exhibition[C],Michigan,2005:2415.
[2]GB/T 22036—2008,轮胎惯性滑行通过噪声测试方法[S].
[3]刘菲菲.轮胎噪声室内测试系统的设计[D].武汉:武汉理工大学,2010.
[4]Regulation No.117:2007,Uniform Provisions Concerning the Approval of Tyres with Regard to Rolling Sound Eissions and to Adhesion on Wet Surfaces[S].
[5]Sandberg U,Ejsmont J A.Tyre/Road Noise Reference Book[M].Harg:Informex,2002:384-387.
[6]陆寅啸,葛剑敏,施佐腾,等.2种轮胎噪声测试方法的参数转换[J].中国公路学报,2014,27(10):115-120.
[7]杨永宝,危银涛,冯希金,等.轮胎近场噪声与远场噪声的相关性研究[J].轮胎工业,2015,35(2):67-74.
[8]陈弘,张利民,朱振华,等.轮胎噪声实验室及其关键设计和稳定可靠性研究[J].轮胎工业,2011,31(10):630-634.
[9]朱振华,钱晔,陈弘,等.半消声室内轮胎噪声测试方法研究[J].轮胎工业,2013,33(6):376-380.
[10]JASOC-606-1981,Test Procedures for Tire Noise[S].
[11]Jerzy Ejsmont,Grzegorz Ronowski.轮胎噪声与滚动阻力的相关性[J].赵冬梅,摘译.轮胎工业,2012,32(3):178-180.
[12]Dae Seung Cho,Sungho Mun.Study to Analyze the Effects of Vehicles and Pavement Surface Types on Noise[J].Applied Acoustics,2008(69):833-843.
[13]谷杰,王久明.轮胎振动噪声产生机理与控制研究[J].天津汽车,1999(2):14-18.
[2]GB/T 22036—2008,轮胎惯性滑行通过噪声测试方法[S].
[3]刘菲菲.轮胎噪声室内测试系统的设计[D].武汉:武汉理工大学,2010.
[4]Regulation No.117:2007,Uniform Provisions Concerning the Approval of Tyres with Regard to Rolling Sound Eissions and to Adhesion on Wet Surfaces[S].
[5]Sandberg U,Ejsmont J A.Tyre/Road Noise Reference Book[M].Harg:Informex,2002:384-387.
[6]陆寅啸,葛剑敏,施佐腾,等.2种轮胎噪声测试方法的参数转换[J].中国公路学报,2014,27(10):115-120.
[7]杨永宝,危银涛,冯希金,等.轮胎近场噪声与远场噪声的相关性研究[J].轮胎工业,2015,35(2):67-74.
[8]陈弘,张利民,朱振华,等.轮胎噪声实验室及其关键设计和稳定可靠性研究[J].轮胎工业,2011,31(10):630-634.
[9]朱振华,钱晔,陈弘,等.半消声室内轮胎噪声测试方法研究[J].轮胎工业,2013,33(6):376-380.
[10]JASOC-606-1981,Test Procedures for Tire Noise[S].
[11]Jerzy Ejsmont,Grzegorz Ronowski.轮胎噪声与滚动阻力的相关性[J].赵冬梅,摘译.轮胎工业,2012,32(3):178-180.
[12]Dae Seung Cho,Sungho Mun.Study to Analyze the Effects of Vehicles and Pavement Surface Types on Noise[J].Applied Acoustics,2008(69):833-843.
[13]谷杰,王久明.轮胎振动噪声产生机理与控制研究[J].天津汽车,1999(2):14-18.