Experimental validation of the Carbone-Mangialardi-Mantriota model of continuously variable transmissions
No Thumbnail Available
Date
2018-05
Journal Title
Journal ISSN
Volume Title
Publisher
Sage Puplications Ltd
Abstract
We present detailed experiments to validate the Carbone-Mangialardi-Mantriota model of continuously variable transmissions. Experimental tests were carried out in different working conditions for increasing values of the torque load. Steady-state conditions as well as shift manoeuvres were considered. A detailed comparison with the theoretical predictions of the Carbone-Mangialardi-Mantriota model shows good agreement with the experimental results. This is even more remarkable when it is considered that the Carbone-Mangialardi-Mantriota model is fully self-consistent and completely predictive. It does not need any parameter to be specifically tuned or measured. The results from the present research allows the Carbone-Mangialardi-Mantriota model to be definitely proposed as a very accurate and completely predictive model of the continuously variable transmission variator, and as a very promising tool to develop advanced real-time control of continuously variable transmissions for engineering applications.
Description
Keywords
Engineering, Transportation, Continuously variable transmission, Shift dynamics, Experimental characterization, Carbone-mangialardi-mantriota model, Transmission, Cvt dynamics, Belt cvt, Optimization, Mechanism, Vehicle, Real time control, Ontinuously variable transmission, Engineering applications, Experimental characterization, Experimental test, Experimental validations, Predictive modeling, Shift dynamics, Steady-state condition, Predictive analytics
Citation
Yıldız, A. vd. (2018). ''Experimental validation of the Carbone-Mangialardi-Mantriota model of continuously variable transmissions''. Proceedings of the Institution of Mechanical Engineers, Part D: Journal of Automobile Engineering, 232(6), 828-837.