The development of electric cars has well been regarded as a major solution for tackling the
challenges of carbon-neutrality faced by the modern communities. Electric motor is certainly …

Temperature sensing in electric motors is an important task to ensure component protection
against excessive heat while maximizing the power and torque capabilities. In order to …

In this paper, the authors present an extended survey on the evolution and the modern
approaches in the thermal analysis of electrical machines. The improvements and the new …

This paper investigates the thermal behavior of axial flux synchronous permanent-magnet
machines (AFSPMMs) through a 3-D thermal-magnetic finite-element analysis (FEA). This …

For permanent-magnet linear motors (PMLMs), high-temperature rise can deteriorate their
electromagnetic performance and limit their thrust output. A water-cooling system can be …

This paper investigates a 3-D coupled-field finite-element method (FEM) used in simulation
of temperature distributions in air-cooled asynchronous induction motors. The temperature …

The need of a sustainable clean future has paved the way for environmental friendly electric
vehicle technology. In electric vehicles, overloading is limited by the maximum temperature …

A lumped-parameter thermal model is presented for axial flux permanent magnet (AFPM)
machines. The model provides the steady-state thermal solution to derive the temperatures …

A thermal model of a totally enclosed water-cooled induction machine is presented. The
axially and radially discretized physical regions of the machine are modeled in the object …

There are many kinds of permanent-magnet (PM) motors, which are widely used in modern
industry, but the problem of temperature rise is likely to affect the operation performance and …