[1] Leinov, E., Lowe, M.J.S. & Cawley, P., (2016),
Ultrasonic isolation of buried pipes, J. Sound Vib.
363, 225–239.
[2] Zheng, J., Zhang, Y., Hou, D., Qin, Y., Guo, W.,
Zhang, C., & Shi, J., (2018), A review of
nondestructive examination technology for
polyethylene pipe in nuclear power plant, Front.
Mech. Eng. 13(4), 535–545.
[3] Munns, I.J. & Georgiou, G.A., (1999), Ultrasonic
and radiographic NDT of butt fusion welded
polyethylene pipes, Insight, 41(5), 520.
[4] Crawford, S.L., Cumblidge, S.E., Doctor S.R., Hall,
T.E, Anderson & M.T., (2008), Preliminary
Assessment of NDE Methods on Inspection of HDPE
Butt Fusion Piping Joints for Lack of Fusion, Technical
Report, Department of Energy, USA.
[5] Sodagar, S., Honarvar, F., Sinclair, S., (2011),
Multiple scattering of an obliquely incident plane
acoustic wave from a grating of immersed cylindrical
shells, Applied Acoustics, 72(1), 1-10.
[6] M. H. Taghipour, (2015), Study and evaluation of
advanced TOFD method for inspection of
polyethylene pipes but welding, J. Phys. Sci.
Appl. 5(5), 349–355.
[7] Shafiei Alavijeh, M., Scott R., Seviaryn, F., &
Maev, R., Gr., (2021), Using machine learning to
automate ultrasound-based classification of buttfused joints in medium-density polyethylene gas
pipes, Journal of Acoustical Society of America,
150(1), 561.
[8] Prowant, M.S., Denslow, K.M., Moran, T.L., Jacob,
R.E., Hartman, T.S., Crawford, S.L., Mathews, R.,
Neill, K.j., & Cinson, A.D., (2016), Evaluation of
ultrasonic phased-array for detection of planar flaws
in high-density polyethylene (HDPE) butt-fusion
joints,” in Proceedings of the ASME 2016 Pressure
Vessels and Piping Conference, Vancouver, Canada.
[9] Fredrich, Porter A., & Zimmerman, D., (2009),
High-density polyethylene piping butt fusion joint
examination using ultrasonic phased array, Pressure
Vessels and piping conference, Czech Republic,
Paper No: PVP2009-77783, pp. 1295-1299.
[10] Sheng, X., Hou, D., & Zheng, J., (2017),
Investigation on acoustic propagation of ultrasound
in polyethylene pipe used in nuclear power plant,
ASME, Paper No. PVP2017-65578, 2017.
[11] Qin Y., Shi, J., Zheng, J., Hou, D. & Guo, W.,
(2019), An improved phased array ultrasonic testing
technique for thick-walled polyethylene pipe used in
nuclear power plant, Journal of pressure vessel
technology, 14, 041403.
[12] Deveci, S., Anthony, N., Nugrohi, S. & Eryigit, B.,
(2019), Effect of carbon black distribution on the
properties of polyethylene pipes, part 2: Degradation of butt fusion joint integrity, Polymer
Degradation and Stability, 162, 138-147.
[13] Hagglund, F., Spicer, M.A., & Troughton, M.J.,
(2012), Phased Array Ultrasonic Testing of Welded
Joints in Plastic (P.E.) Pipes, 6th Middle East
Nondestructive Testing Conference, Bahrain.
[14] Szabo, T.L., (1994), “Time domain wave
equation for lossy media obeying a frequency power
law”, Journal of Acoustical Society of America,
113(6), 3024-3031.
[15] Naserabadi, M.J.R & Sodagar, S., (2017),
Ultrasonic high frequency lamb waves for evaluation
of plate structures, Acoustical Physics, 63 (4), 402-
409.
[16] Naserabadi, M.J.R & Sodagar, S., (2021),
Investigation of High-Frequency Guided Wave
Modes Applicability in Defect Detection Using
Phased Array Ultrasonic Transducer, Russian Journal
of Nondestructive Testing, 57 (9), 762-768.
[17] Risitano, G., Guglielminoa, E., Santonocitoa,
D., (2018), Evaluation of mechanical properties
of polyethylene for pipes by energy approach
during tensile and fatigue tests, Procedia
Structural Integrity, (13), 1663-1669.
[18] Mažeika, L., Šliteris, R., Vladišauskas A.,
(2010), Measurement of velocity and
attenuation for ultrasonic longitudinal waves in
the polyethylene samples, ULTRAGARSAS
Ultragarsas (Ultrasound), Vol. 65 (4), 12-15.
