DOI: 10.5937/jaes11-3270
This is an open access article distributed under the CC BY-NC-ND 4.0 terms and conditions.
Volume 11 article 246 pages: 23 - 30
Dynamic simulation, based on modelling, has a signifi cant role during to the process of vehicle development. It is especially important in the fi rst stages of vehicle design, when relevant parameters are to be defined. In practice, it is commonly assumed that vehicle vibration parameters are invariable, what is basically not true. Many investigations have shown that vibration parameters degrade in service conditions, what consquently leads to the variation of dynamic characteristics of a vehicle. This paper attempts to indicate, on the basis of the preliminary results, a need to introduce these variations, caused by the thermal impact, in the early stages of vehicle design through the adequate vehicle modelling.
Atkins, P. (2010), The Laws of Thermodynamics (A Very Short
Introduction), Oxford.
Belingardi, G., Demic, M. (2009), A possible model for shock absorber by
using the „Black box“ method, Journal of Applied Engineering Science, VII/4,
pp. 45-53.
Bendat, J. and Piersol, A., (1980), Engineering applications of
correlation and spectral analysis, John Wiley and Sons, New York.
Bendat, J. and Piersol, A., (2000), Random data analysis and measurement,
John Wiley and Sons, London.
Bendat, J., Nonlinear Systems – Techniques and Applications, (1998), John
Wiley and Sons, London.
Bojic, М., (2011), Thermodynamics (in Serbian), Mechanical Engineering
Faculty, Kragujevac.
Demic, M. (1997), The optimization of vehicle vibration systems (in
Serbian), Mechanical Engineering Faculty, Kragujevac.
Demic, M., (2004), Design of passenger cars (in Serbian), Mechanical
Engineering Faculty in Kragujevac.
Demic, M. (1999), The defi nition of the tires limit of admissible
nonuniformity by using the vehicle vibratory model. Vehicle System Dynamics 31
(3), pp. 183-211
Demic, M., (1994), Optimization of Vehicles Elasto-Damping Element
Characteristics from the Aspect of Ride Comfort, Vehicle System Dynamics, Vol.
23, pp.351-377.
Demic, M. (1996), Optimization of Characteristics of Elasto-Damping
Elements from the Aspect of Oscillatory Comfort and Vehicle Handling, Int. J.
of Vehicle Design, Vol. 17, No 1.
Demic, M., Diligenski, DJ., Demic, I., Demic, M. (2006), A method of vehicle
active suspension design, Forschung Im Ingenieurwessen, 5, 70: DOI
10.1007/s10010-06-0025-, pp 145-158.
Demic, M., Belingardi, G. (2010), A Contribution to shock absorber
modelling and Analysis of their Infl uence on Vehicle ride Charakteristics, Journal
of Middle European Construction and Design of Cars (MECCA), 01, pp 6-17.
Demic, M., (2003) Analsigdem Software for signal analysis,
www.ptt.yu/korisnici/i/m/imizm034/index.swf.
Demic, M. (2003), Demparcoh Software, www.ptt.yu/korisnici/i/m/imizm034/index.swf
Demic, M., Diligenski, DJ. (2012): A Contribution to Research of
Degradation of Characteristics of Vibration Parameters on Vibration Aspect of Vehicle
Comfort, Journal of Applied Engineering Science, Vol. 10, No 4., pp.185-190.
Genta A. (2003), Motor Vehicle Dynamics. Politecniko di Torino.
Gillespie T. (1992), Fundamentals of Vehicle Dynamics. SAE, Warrendale.
Magneti Marelli, (2012), Informations.
Miliken WF, Miliken D.L., (1995), Race Car Vehicle Dynamics. SAE,
Warrendale, 1995.
Ilic, G., Radojkovic, N., Stojanovic, I., (1996), Thermodynamics II – The
basics of heat transfer (in Serbian), Mechanical Engineering Faculty, Nis.
Malic D., (1972), Thermodynamics and thermotechnics (in Serbian), IP
„Gradjevinska knjiga“, Belgrade.
Milincic D., Vasiljevic B., Djordjevic R., (1984), Problems with heat
transfer (in Serbian), IP Gradjevinska knjiga“, Belgrade.
Maric, M., (2002), Thermal Science - thermodynamics, heat transfer,
combustion (in Serbian). University of Novi Sad, Faculty of Technical Sciences.
Milincic D., Voronjec D., (1991), Thermodynamics (in Serbian), Mechanical
Engineering Faculty, Belgrade 1991.
Mohd Sh., Mohd. S., Erlifi H., Nor, M. M., (2008), Experimental heat
transfer study on the shock absorber operation”, International Conference on
Science & Technology: Applications in Industry & Education,
Moran, M.J. et al., (2010), Fundamentals of Engineering Thermodynamics,
Wiley.
Mitschke, M., (1997), Kraftfahrzeugkonstruktion, Teil D., TU
Braunschweig, Forlesung.
Fermi, E., (2011), Thermodynamics, Dover Books on Physics.
Riesenburg, O., (1970), „Beitrag zur Klärung der Vorgänge in einem
hydraulischen Schwingungsdämpfer“, Dissertation TU Braunschweig.
Rajamani, R., (2005), Vehicle Dynamics and Control, University of
Minesota.
Selmic, R., (1986), Technical thermodynamics (in Serbian), Naucna knjiga,
Belgrade.
Zastava informations (1977-2010) (in Serbian).