Showing papers by "Thapar University published in 1964"
TL;DR: In this article, the magnetizing and rotational losses of a stator were modelled as the no-load losses of the stator's magnetizing part and the rotor part of the shunt.
Abstract: v R1 R2' = .X1 = ..\\'2' = voltage applied per phase stator resistance per phase equivalent rotor resistance per phase referred to stator stator reactance per phase equivalent rotor reactance per phase referred t.o stator per-unit slip magnetising shunt reactance per phase shunt resistance per phase, representing no-load iron and rotational losses stator current per phase equivalent rotor current per phase referred to stator no-load stator current consisting of the magnetizing part Iq, and the part Ii supplying the no-load losses. llig, l(b) isobtainedfromFig. l(a) by
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