In this work three first-order nonlinear, nonstationary differential equations describing a hydraulic torque converter in a power transmission system are used.
A linear model is obtained on the basis of these equations. This model is verified both theoretically and by an experimental test. On the basis of the calculations the torsional damping was determined. This permitted the damping performance of a power transmission system with a hydraulic torque converter to be defined and established.
Damping Performance of Power Transmission System with Hydraulic Torque Converter
Vehicle System Dynamics ; 20 , 5 ; 283-295
1991-01-01
13 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Unbekannt
Damping performance of power transmission system with hydraulic torque converter
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