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APPLICATION OF THE ACCELEROMETRIC CONTROL METHOD OF TRANSPORT STREAM IN THE SYSTEM OF GEOTECHNICAL MONITORING
Abstract
The method of accelerometric control of transport streams, which is part of the system of geotechnical monitoring, is considered. The main features of accelerometer sensors application in solving the identification problem of parameters of the transport stream are described. A mathematical model of the vibration load on local sections of the road is described. It is proposed to evaluate the effect of the transport load on the basis of the recorded parameters of the propagation of vibration effects arising from the movement of vehicles. In addition, it is proposed to evaluate the dynamics of load in the elements of foundations of the building arising from the effects of transport stream vibrations. Based on the spectral analysis of accelerometer signals, it is proposed to identify the parameters of vehicles (mass, speed) and determine the dominant frequencies of vibration effects on the elements of the foundation of structures located near roads. Carrying out the analysis of the calculated natural oscillations of structural elements of structures with the data of accelerometric control of the transport stream, it is possible to estimate and predict the influence of the transport stream on the stability of the soil structures.
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A.D. Zhigalin, G.P. Lokshin Formation of the vibrational field in the geological environment // Engineering Geology. - 1991. - №6-C. 110-119
E.A. Volkov, P.A. Tretyakova, O.A. Shutova Analysis of the results of a test experiment on the study of vibration generated by vehicles on the territory of the city // Vestnik PNIPU. Construction and architecture. 2011. № 1.
K.A. Demidenkov, I.I. Melnikov Development of an automated system for detecting and identifying vehicles for measuring traffic flow density// Technical Sciences: Theory and Practice: Materials of Intern. sci. Conf., 2012. - P. 11-16.
GOST R 56353-2015 Soils. Laboratory methods for determination of soil dynamic propertie.
L.M. Brekhovskikh Waves in layered media. M .: Nauka, 1973. 343 pp.
V.A.Babello, O.N.Shestakova Results of experimental and analytical study of deformation properties of soils in solving geotechnical problems//Vestnik ZSU. № 3.
O.R.Kuzichkin, E.S.Mikhaleva, N.V.Dorofeev, A.V.Grecheneva, Design and use of highly sensitive induction sensors for geodynamic monitoring, Journal of Engineering and Applied Sciences Vol. 12, Issue 14, 2017, Pages 3644-3648.
O.Kuzichkin, A.Grecheneva, A.Bykov, N.Dorofeev, R.Romanov, Optimization of an equipotential method of electroinvestigation for a research of karst processes // SGEM. Volume 17, Issue 52, 2017, Pages 681-688.
A. Bykov, O.Kuzichkin, A.Tsaplev, N.Dorofeev, The organization of geodynamic inspection of landslide bodies with the use of seismo-electric method//SGEM 2016, vol. III pp. 671-678.
O.Kuzichkin, A.Grecheneva, E.Mikhaleva, N.Dorofeev, B.Maxim, Application of phase-metric measuring systems for the geodynamic control of karst processes, Journal of Engineering and Applied Sciences, Vol 12, Specialissue 4, 2017, Pages 6858-6863.
A. V.Grecheneva, O.R.Kuzichkin, N. V.Dorofeev, V.T. Eremenko, Application of a phase-measuring method in the inclinometric systems of geotechnical monitoring// Proceedings of the IDAACS 2017. Vol 1, 3 November 2017, Pages 168-171.
O.Kuzichkin, A.Grecheneva, E.Mikhaleva, N.Dorofeev Carrying out geodeformation monitoring in karst areas based on accelerometric goniometers// Journal of fundamental and applied sciences Vol 9, page: 1871-1884.
R. Hostettler Traffic Counting Using Measurements of Road Surface Vibrations // Master's thesis. - Lulea University of Technology, 2009. - P. 1-48.
R.Hostettler, W. Birk Feasibility of Road Vibrations based Vehicle Property Sensing. Intelligent Transport Systems, IET.(4): 356-364 p.
D.E. Obertov. Spectral analysis of data from accelerometers for detection and identification of vehicles // Scientific and Technical Herald of Information Technologies, Mechanics and Optics 2012 № 6 (82) p.44-50.
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