Periodic running machines, such as linkages and cam-follower mechanisms, are usually designed considering a constant drive speed. However, in high speed machines, the required torque to drive the input shaft at constant speed exhibits a very high periodic fluctuation, hence massive motors are required to drive even small loads. This paper, starting form a review of the available literature, presents a theoretical framework to the problem of input torque balancing, and it defines a methodology for the synthesis of balancing mechanisms with the task to fully compensate the load variations due to a periodic torque.

(2011). Input torque balancing mechanisms to improve machine dynamics [conference presentation - intervento a convegno]. Retrieved from http://hdl.handle.net/10446/25652

Input torque balancing mechanisms to improve machine dynamics

LORENZI, Vittorio;RIVA, Riccardo;STRADA, Roberto;ZAPPA, Bruno Fausto
2011-09-01

Abstract

Periodic running machines, such as linkages and cam-follower mechanisms, are usually designed considering a constant drive speed. However, in high speed machines, the required torque to drive the input shaft at constant speed exhibits a very high periodic fluctuation, hence massive motors are required to drive even small loads. This paper, starting form a review of the available literature, presents a theoretical framework to the problem of input torque balancing, and it defines a methodology for the synthesis of balancing mechanisms with the task to fully compensate the load variations due to a periodic torque.
set-2011
Lorenzi, Vittorio; Riva, Riccardo; Strada, Roberto; Zappa, Bruno Fausto
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/10446/25652
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