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Rotational response and slip prediction of serpentine belt drives unsing absolute nodal coordinate formulation [Elektronski vir]
Čepon, Gregor ; Boltežar, Miha
In the past decade the applicability of belt-drives has been extended significantly due to their increased reliability. A serpentine belt drives are widely used to power all front accessories of the ...engine in modern vehicles. Although belt drives are much quieter compared to gear drives they can exhibit complex dynamics behavior; therefore it is very important to predict the dynamic response of such systems using validated numerical models. In this study the dynamic response and slip behavior of V-ribbed belt drive is investigated. The relation between belt-drive parameters and the speed loss is predicted using numerical model based on absolute nodal coordinate formulation. Moreover, the belt pulley contact forces were formulated as a linear complementarity problem, which enabled the incorporation of the discontinuous Coulomb friction law.
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