1. Aki, K., Richards, P., (1980). San Francisco: Freeman. Quantitative Seismology, Theory and Methods, 2nd edn. Vol. 1. pp 557.
2. Červený, V., Ravindra, R., (1971). «Theory of Seismic Head Waves». Toronto: University of Toronto Press, pp 312.
3. Chang, C.H., Gardner, G.H.F., McDonald, J.A., (1995). «Experimental observation of surface wave propagation for a transversely isotropic medium». Geophysics, 60, pp 185-190.
4. Dugarov G.A., Kolesnikov Yu.I., Fedin K.V., Orlov Yu.A., (2020). «Acoustic measurements on artificial fractured samples made using FDM 3D printing technology». Proceedings of the All-Russian Acoustic Conference (St. Petersburg, 2020) - POLYTECH-PRESS - SPb. pp. 621-626.
5. Jenner, E., (2002). «Azimuthal AVO: Methodology and data examples». The Leading Edge, 21, pp 782-786.
6. Karaev, N.A., Lukashin, Yu.P., Prokator, O.M. & Semenov, V.P., (2008). «Physics modeling of a fractured media». Seismic Technologies, 2, pp 64-73.
7. Kolesnikov, Y.I., (2005). «Reflection of ultrasonic pulses from the interface between water and non-perfectly elastic media: experimental data for the case of oblique incidence.» Phys. Mesomech., 8, pp. 43-48. (In Russian)
8. Kolesnikov Yu.I., Fedin K.V., Orlov Yu.A., (2018). «Physical modeling of reflection of elastic waves from an azimuthally anisotropic medium» // Sb. mater. XIV International Scientific Congress. "Subsurface use. Mining. Directions and technologies of prospecting, exploration and development of mineral deposits. Economy. Geoecology" in 6 vols. Novosibirsk, SGUGiT Vol.3, pp 3191-198.
9. Malehmir R., Schmitt D.R., (2017). «Acoustic reflectivity from variously oriented orthorhombic media: analogies to seismic responses from a fractured anisotropic crust» // Journal of Geophysical Research - Solid Earth 122(12):10069-10085.
10. Mallick, S., Craft, K.L., Meister, L.J. & Chambers, R.E., (1998). «Determination of the principal directions of azimuthal anisotropy from P-wave seismic data». Geophysics Vol.63, pp. 692-706.
11. Rüger, A., (1997). «P-wave reflection coefficients for transversely isotropic models with vertical and horizontal axis of symmetry». Geophysics 62:713-722.
12. State Standard 34081-2017. Buildings and constructions. Determination of parameters of the basic tone of natural oscillations. Moscow, Standartinform, 2017. 19 p. (in Russian).
13. Fedin, K.V., Kolesnikov, Y.I., Dugarov, G.A., Beysembaev, R.N., (2020). «Research of reflection of elastic waves from rough borders (physical modeling)». Processes in GeoMedia 23:634. (In Russian)
14. Zeltmann, S.E., Gupta, N., Tsoutsos, N.G., Maniatakos, M., Rajendran, J. & Karri, R., (2016). «Manufacturing and Security Challenges in 3D Printing». JOM 68:1872-1881.
