A fully mechanical, infinitely variable transmission (IVT) based onthe use of an oscillating inertia is described. The system includesa four-bar linkage mechanism, an epicyclic gear train, and a pairof one-way clutches. The IVT can be used in place of both gearbox and clutch in self-propelled vehicles. A mathematical model is presented. Numerical simulations compare the behavior of a car fitted with a manual gearbox and the same car fitted with the IVT.
Modeling and simulation of an inertia-type infinitely variable transmission / Berselli, Giovanni. - In: JOURNAL OF MECHANICAL DESIGN. - ISSN 1050-0472. - STAMPA. - 132:3(2010), pp. 034504-034508. [10.1115/1.4000454]
Modeling and simulation of an inertia-type infinitely variable transmission
BERSELLI, Giovanni
2010
Abstract
A fully mechanical, infinitely variable transmission (IVT) based onthe use of an oscillating inertia is described. The system includesa four-bar linkage mechanism, an epicyclic gear train, and a pairof one-way clutches. The IVT can be used in place of both gearbox and clutch in self-propelled vehicles. A mathematical model is presented. Numerical simulations compare the behavior of a car fitted with a manual gearbox and the same car fitted with the IVT.
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