Industrial Electronics
Recently, SEE (School of Electrical Engineering) Teacher Li Quanfeng, through collaboration with a professor team from Engineering Department of King’s College London, published an academic paper titled Vibro Inertia Matrix Supported OCF Characteristics Analysis of PMSM under Multiple Operating Conditions for EV in the internationally renowned journal IEEE Transactions on Industrial Electronics, with Li as the first author,
IEEE Transactions on Industrial Electronics is a distinguished academic journal under the auspices of the Institute of Electrical and Electronics Engineers (IEEE). It is dedicated to research and development in the domain of industrial electronics and stands as one of the foremost journals in the field of electrical engineering on a global scale. With an impressive impact factor of 8.162, the journal is widely recognized as the preeminent publication in this field. It owes its acclaim to rigorous academic scrutiny and high-quality papers. As a result, it has become an essential reference for professionals engaged in research and development within the realm of electrical engineering, both in academia and industry. Publications in this journal typically signify exceptional research outcomes and hold substantial academic value, which are likely to wield significant influence to scientific progress and technological innovation in the domain of new energy electric vehicles.
The paper published
Link: https://ieeexplore.ieee.org/document/10053645
