RESEARCH OF VIBRATION DISTRIBUTION IN VEHICLE CONSTRUCTIVE
Keywords:
vibration propagation in vehicle, engine vibration, vibration excitation, vibroacousticsAbstract
The article provides a discussion on the studies comprising active experiments conducted on selected structural elements of vehicles, the purpose of which was to analyze the vibration propagation in vehicles construction. The vibration excitation was achieved by applying an engine working on idle gear. The studies were conducted on vibration propagation for different constant rotational velocity. The changes of the signals were observed in time, frequency and simultaneously in timefrequency domains.
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(1) BURDZIK, R. The influence of the rotational speed of engine on vibrations transferred
on vehicle construction. Silesian University of Technology Scientific Papers, s.
Transport 72, Gliwice: Silesian University of Technology Academic Press, 2011, s. 13-
(2) BURDZIK, R. Research of the vibration in 3 axes of car body for different idle gear
rotational speed, [in] PIECHA, J., WĘGRZYN, T. (Ed.) Transactions on Transport
Systems, Telematics and Safety, Gliwice: Silesian University of Technology Academic
Press, 2011, s. 203-214.
(3) BURDZIK, R. The research of vibration of vehicle floor panel, Silesian University of
Technology Scien-tific Papers, s. Transport 67, Gliwice: Silesian University of
Technology Academic Press, 2010, s. 23-30.
(4) ADAMCZYK, J., CIOCH, W., KRZYWORZEKA, P. Diagnosing of rotating
machinery operating under variable conditions, The Naval Academy Scientific Papers,
vol. 48, issue 169 K/1, Gdynie: The Naval Academy Academic Press, 2007, s. 9-15.
(5) BURDZIK, R., KONIECZNY, Ł. Diagnosing of shock-absorbers of car vehicles at
changeable pressure in tires, Diagnostyka 3(51), Olsztyn: Polish Society of Technical
Diagnostics, 2009, s. 27-32.
(6) DOLECEK, R., NOVAK, J., CERNY, O. Experimental research of harmonic spectrum
of currents at traction drive with PMSM, Radioengineering 20(2), Czech Republic,
(7) WONG, J.Y. Theory of ground vehicle, 3rd Edition, Wiley, NewYork, USA, 2001.
(8) XUA, Y.L., GUO, W.H. Effects of bridge motion and crosswind on ride comfort of road
vehicles, Journal of Wind Engineering and Industrial Aerodynamics 92, 2004.
(9) CZECH, P., ŁAZARZ, B., MADEJ, H., WOJNAR, G. Vibration diagnosis of car motor
engines, -Acta Tech. Corviniensis - Bull. Eng. 2010 t. 3 fasc. 1, s. 37-42.
(10) BURDZIK, R., GARDULSKI, J. Method of determine car’s shock-absorber technical
condition diagnostic measure, Diagnostyka 4(40)/2006, Olsztyn: Polish Society of
Technical Diagnostics, 2006, s. 127-132.
(11) ŁABAJ, J., OLEKSIAK, B., SIWIEC, G. Analysis of the options of copper removal
from liquid iron by evapo-ration, Metalurgija, 50(3), 2011, s. 173-175.
(12) BURDZIK, R., WĘGRZYN, T. Effect of Mn and Mo on the quality of welding trucks
steel supporting structures, Journal of Achievements in Materials and Manufacturing
Engineering JAMME, 43(1), 2010, s. 276-279.
(13) BURDZIK, R., STANIK, Z., WARCZEK, J. Method of assessing the impact of material
properties on the propagation of vibrations excited with a single force impulse,
Archives of Materials and Metallurgy, 57(2), 2012, s. 409-416.
(14) BURDZIK, R. Monitoring system of vibration propagation in vehicles and method of
analysing vibration modes, J. Mikulski (Ed.): TST 2012, CCIS 329, Springer,
Heidelberg, 2012, s. 406-413.
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Copyright (c) 2020 Rafał Burdzik, Radovan Doleček
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