The lifetime of an electrical machine mainly depends on the thermal overloading. Modern
day applications of electrical machines on one hand require compact machines with high …

Thermal loading can induce mechanical stresses in the windings of electrical machines,
especially those impregnated with epoxy resins, which is mostly the case in modern traction …

The development of the next generation electrical vehicles requires drive-trains to become
more compact, high-performant, and robust at the lowest possible cost. These more compact …

This paper presents the modelling and validation of an advanced thermal lumped parameter
(LP) model for a stator tooth of a switched reluctance motor (SRM) with a dry lateral slot …

The development of the next generation electrical vehicles requires drive-trains to become
more compact, high-performant, and robust at the lowest possible cost. These more compact …

Compared to conventional electric machines, Switched Reluctance Machines (SRMs) are
recommended to work in the saturation region to maximize the output energy. This is done …

The reliability of electric motors depends on the insulation of the windings, which is
determined by the quality of the materials used and the correct impregnation of the windings …

A novel method for cooling the copper windings of electrical machines is proposed. The
method utilizes the spaces between the conductors as coolant channels, by pumping a …

This paper presents an experimental study of direct coil cooling applied to a stator tooth of a
switched reluctance motor where a direct contact is realized between the winding and fluid …