Abstract: In a method of generating a design of a cooling system for an electric motor according to a cooling system specification, a design for an evaporative cooling jacket for the electric motor is generated. The design is modelled by executing the following steps employing a computer program stored on a digital computer including a non-transitory computer readable storage medium. An electromagnetic model of the design for simulating electromagnetic parameters in the electric motor and the cooling system is generated. A motor heat transfer model of the design for determining heat transfer in the electric motor is generated. An evaporative heat transfer model for simulating heat transfer in the cooling system due to evaporative cooling is generated. A contact resistance model of the design to determine contact resistance between a rotor lamination-magnet, a winding-slot liner, a slot liner-stator lamination, and a stator lamination-housing is generated.

Abstract: An in-contact temperature measurement probe, which can measure temperature accurately on the surface of a current carrying wire, rod, heater, or other device, while maintaining the safety of the user via employing non-electrically conductive but thermally conductive materials.

Abstract: An in-contact temperature measurement probe, which can measure temperature accurately on the surface of a current carrying wire, rod, heater, or other device, while maintaining the safety of the user via employing non-electrically conductive but thermally conductive materials.

Abstract: An in-contact temperature measurement probe, which can measure temperature accurately on the surface of a current carrying wire, rod, heater, or other device, while maintaining the safety of the user via employing non-electrically conductive but thermally conductive materials.