ORIGINAL ARTICLE
Test of Vibrations Influence on the Measurement Accuracy in the Precise Digital Leveller Trimble Dini 03 and Comparison of Its Vibration Sensitivity with Leveller Ni 002
 
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West Pomeranian University of Technology Szczecin, Poland
 
 
Online publication date: 2020-12-31
 
 
Publication date: 2020-12-01
 
 
Civil and Environmental Engineering Reports 2020;30(4):111-124
 
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ABSTRACT
The article presents findings from research on the effect of vibrations on the accuracy of measurement with an automatic precise digital leveller. A special research station was created to induce vibrations on a leveller and to measure vibration parameters that affect staff reading. It contains description of discovered relationship between the vibration parameters and the mean error of a single height difference measurement. The range of frequencies for which the measurement was possible was estimated. The reliability of the measured values obtained under specific vibration conditions was also analysed. The results of current research were compared with similar studies on analogue leveller Ni 002. The conclusions described in this paper can be helpful in engineering measurements under adverse conditions of ambient vibrations.
 
REFERENCES (12)
1.
Adamczewski, Z 2004. Rachunek wyrównawczy w 15 wykładach. Warszawa: Oficyna Wydawnicza Politechniki Warszawskiej.
 
2.
Amighpey, M, Voosoghi, B and Arabi, S 2016. Modeling interseismic deformation field of North Tehran Fault extracted from precise leveling observation. Tectonophysics 679, 169-179.
 
3.
Baran, W et al. 1993. Niwelacja precyzyjna. Warszawa: Polskie Przedsiębiorstwo Wydawnictw Kartograficznych im. E. Romera.
 
4.
Gawronek, P, Makuch, M, Mitka, B and Gargula, T 2019. Measurements of the vertical displacements of a railway bridge using TLS technology in the context of the upgrade of the polish railway transport. Sensors 19 (19), 4275.
 
5.
Gu, Y, Hsu, L and Kamijo, S 2018. Towards lane-level traffic monitoring in urban environment using precise probe vehicle data derived from threedimensional map aided differential GNSS. IATSS Research 42 (4), 248-258.
 
6.
Hermanowski, A 1993. Pomiary przemieszczeń pionowych. Warszawa: Instytut Geodezji i Kartografii.
 
7.
Kuchmister, J, Gołuch, P, Ćmielewski, K, Rzepka, J and Budzyń, G 2020. A functional-precision analysis of the Vertical Comparator for the Calibration of geodetic Levelling Systems. Measurement 163, 107951.
 
8.
Kurnatowski, M 2018. Test of Impact of Vibrations Frequency on Mean Errors of the Precise Height Differences Measurement with Analogue Automatic Leveller NI002. Civil and Environmental Engineering Reports 28 (4), 129-137.
 
9.
Mak, CM and Yun, Y 2010. A study of power transmissibility for the vibration isolation of coherent vibratory machines on the floor of a building. Applied Acoustics 71 (4), 368-372.
 
10.
Mrówczyńska, M, Sztubecki, J and Greinert, A 2020. Compression of results of geodetic displacement measurements using the PCA method and neural networks. Measurement: Journal of the International Measurement Confederation 158, 107693.
 
11.
Murase, M, Matta, N, Lin, Ch, Chen, W and Koizumi, N 2013. An episodic creep-slip event detected by precise levelling surveys in the central part of the Longitudinal Valley Fault, eastern Taiwan, in 2011–2012. Tectonophysics 608, 904-913.
 
12.
Skrzypczak, I, Kokoszka, W, Kogut, J and Oleniacz, G. 2017. Methods of Measuring and Mapping of Landslide Areas, IOP Conference Series: Earth and Environmental Science 95 (2), 022013.
 
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ISSN:2080-5187
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