The permanent magnet synchronous motor (PMSM) has been widely recognized as the
most promising driving system. This research presents a hybrid cooling system to improve …

Accurate temperature predictions and cooling structure design for permanent magnet
machines are essential to ensure safe and stable operation. In this paper, a cooling system …

This paper presents the design optimization of a self-circulated ventilation system for an
enclosed permanent magnet (PM) traction motor utilized in the propulsion systems for …

A two-dimensional semi-analytical thermal model (SATM) is presented, aiming to quickly
and accurately achieve global temperature distribution predicting and hot spot monitoring for …

As the core component of electric vehicles (EVs), the performance of motors affects the use
of EVs. Motors are sensitive to temperature, and overheated operating temperature may …

The electric motor thermal management system (TMS) is a pivotal unit for electric vehicles
(EVs). To study the factors affecting cooling performance and cooling efficiency of spiral …

An engineering approach for thermal characterization of an interior permanent magnet
electric motor (EM) with a specific aim to identify the interdependency between its mean coil …

Electric motor is a critical component of an electric vehicle, and proper thermal management
is essential for its efficient and reliable operation. As the electric vehicle industry continues to …

Temperature estimation is highly significant in the design stages and analysis of permanent
magnet (PM) machines. In this paper, for permanent magnet couplers (PMCs), a semi …

The efficiency and working performance of the motor and controller system in micro-electric
vehicles depends mainly on its thermal performance, which is contingent upon effective and …