Abstract:
Hydrodynamic converters are an important part of automatic transmission.
Starting an electric motor coupled to a hydrodynamic converter represents a
transient regime which begins with the startup of electrical motor drive and
last to nominal regime. Knowing this process is important in order to evaluate
the parameters used in choosing the electrical drive and the rest of transmission
components. This includes the calculus of starting characteristic times of electric drive (which must be short enough) and the exit to an execution mechanism
(which must be long enough), determinations of the mechanic load of the drive
mechanism, and so on.
