D. C. Hothersall, D. H. Crombie, and S. ,

. Chandler-wilde, The performance of t-profile, vol.197, pp.547-571, 1996.

J. Defrance and P. Jean, Integration of the effi-986 ciency of noise barrier caps in a 3D ray tracing 987 method. Case of a T-shaped diffracting device

, Applied Acoustics, vol.64, issue.8, pp.765-780, 2003.

D. Duhamel and P. Sergent, Sound propaga-990 tion over noise barriers with absorbing ground, Journal of Sound and Vibration, vol.218, issue.5, pp.799-823, 1998.

J. Forssén and L. Estévez-mauriz, Clas Tore-994 hammar, and Philippe Jean. A low-height acous-995 tic screen in a setting with an urban road: mea-996 sured and predicted insertion loss, pp.997-2016

S. Sakamoto and A. Aoki, Numerical and 999 experimental study on noise shielding effect of 1000 eaves/louvers attached on building façade. Build-1001 ing and Environment, vol.94, p.1002, 2015.

M. Hiroe and T. Kobayashi,

, difference time-domain analysis for propagation 1005 of conventional railway noise: Application to 1006 propagation of sound from surface railway and its 1007 verification by scale model experiments

, tical Science and Technology, vol.38, issue.1, pp.42-45, 1009.

M. Garai, E. Schoen, G. Behler, and B. Bragado, , p.1010

M. Chudalla, M. Conter, J. Defrance, P. Dem-1011-izieux, C. Glorieux et al., Repeata-1012 bility and reproducibility of in situ measurements 1013 of sound reflection and airborne sound insulation 1014 index of noise barriers, Acta Acustica, p.1015

. Acustica, , p.1016, 2014.

J. Parnell and S. Samuels, and Con Tsit-1017 sos. The acoustic performance of novel noise bar-1018 rier profiles measured at the roadside, vol.38, p.1020, 2010.

H. Wang, P. Luo, and M. Cai, Calcula-1021 tion of noise barrier insertion loss based on varied 1022 vehicle frequencies, Applied Sciences, vol.8, issue.1, p.100, 1024.

M. Garai and P. Guidorzi, In situ measure-1025 ments of the intrinsic characteristics of the acous-1026 tic barriers installed along a new high speed rail-1027 way line, Noise Control Engineering Journal, vol.56, issue.5, p.1029, 1028.

H. G. Jonasson, Sound reduction by barriers on 1030 the ground, Journal of Sound and Vibration, vol.22, issue.1, p.1032, 1031.

H. Jones, D. Stredulinsky, and P. , Ver-1033 meulen. An experimental and theoretical study 1034 of the modelling of road traffic noise and its 1035 transmission in the urban environment, Acoustics, vol.13, issue.4, p.1037, 1036.

M. E. Delany, A. J. Rennie, and K. M. Collins, A scale model technique for investigating traffic 1039 noise propagation, vol.56, pp.325-340, 1038.

J. Picaut and L. Simon, A scale model experi-1042 ment for the study of sound propagation in urban 1043 areas, Applied Acoustics, vol.62, issue.3, pp.327-340, 2001.

D. N. May and N. M. Osman, Highway noise 1049 barriers: new shapes, Journal of Sound and Vi-1050 bration, vol.71, pp.73-101, 1980.

T. Okubo and K. Yamamoto, Proce-1052 dures for determining the acoustic efficiency of 1053 edge-modified noise barriers, Applied Acoustics, issue.7, pp.797-819, 2007.

I. Sergey, N. C. Voropayev, and . Ovenden, , p.1056

J. S. Harindra, P. R. Fernando, and . Donovan,

, Finding optimal geometries for noise barrier tops 1058 using scaled experiments. The Journal of the 1059

M. Yamashita and K. Yamamoto,

, Scale model experiments for the prediction of 1063 road traffic noise and the design of noise con-1064 trol facilities, Applied Acoustics, vol.31, issue.1-3, pp.185-1065, 1990.

K. A. Mulholland, The prediction of traffic 1067 noise using a scale model, Applied Acoustics, 1068, vol.12, issue.6, pp.459-478, 1979.

P. Bhuripanyo, S. I. Voropayev, and H. J. , Fer-1070 nando. Insertion loss spectrums behind straight 1071 noise barriers: Scaled experiments, 2015 1072 International Conference on Sustainable Energy 1073 and Environmental Engineering, 1074.

Q. Qin and K. Attenborough, Character-1076 istics and application of laser-generated acoustic 1077 shock waves in air, Applied Acoustics, vol.65, issue.4, pp.325-1078, 2004.

K. M. Li and H. Y. Wong, A review of commonly 1080 used analytical and empirical formulae for pre-1081 dicting sound diffracted by a thin screen, p.1082

, Acoustics, vol.66, issue.1, pp.45-76, 2005.

H. M. Macdonald, A class of diffraction prob-1084 lems, Proceedings of the London Mathematical 1085 Society, vol.14, pp.410-427, 1915.

J. J. Bowman, T. B. Senior, and P. L. ,

. Uslenghi, Electromagnetic and acoustic scatter-1088 ing by simple shapes, 1969.

, Acoustics -In-situ de-1090 termination of insertion loss of outdoor noise bar-1091 riers of all types, ISO/TC 43/SC 1 Noise, 1997.

Y. Cheng, P. Jie, and C. Li, A mecha-1093 nism study of sound wave-trapping barriers