1. Description of operating phases
Studying the behavior of a synchronizer requires detailed knowledge of the gearshift process. The relative positions of the synchronizer parts, as well as the characteristic points of the synchronized angular velocity and the measured axial force, make it possible to distinguish successive phases. The number of phases depends on the limits of the study and the model developed for the gearshift process. Thus, the number of phases in literature studies varies from four
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Description of operating phases
Elementary axisymmetric synchronizer models
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"Mechanical functions and components"
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