Advances in Electromagnetic Device Design, Optimization, and Control for Enhanced Efficiency

Electromagnetic devices are integral to various sectors, including energy, power transfer, transportation, communication, and healthcare, impacting everything from power generation to medical imaging systems. As technological demands escalate alongside growing energy needs, enhancing the efficiency and performance of these devices is becoming crucial. Traditional design and optimization methods are proving inadequate in addressing the complexities of modern electromagnetic applications, signaling a pressing need for innovation in design techniques, optimization strategies, and control methodologies.

This Research Topic aims to explore and address several critical challenges in the field of electromagnetic device technology. Key issues include the accurate and rapid modeling of losses where traditional methods fall short due to inaccuracies under multiphysics coupling effects. Additionally, the research will delve into material properties crucial for device efficiency, focusing on high-frequency, high-temperature, and high-pressure conditions. Furthermore, innovations in topological design and the application of advanced control strategies represent pivotal areas of exploration aimed at significantly enhancing device performance and operational efficiencies.

To gather further insights into these critical areas, we welcome articles addressing, but not limited to, the following themes, with a focus on specific applications and sustainability:
o Advanced topology optimization design of electromagnetic devices
o Application of intelligent system strategies in minimizing loss control design
o Modeling of electromagnetic device losses under multiphysics coupling effects
o Artificial intelligence-based computational methods for electromagnetic field analysis
o Measurement and performance calculation of magnetic materials under special operating conditions
o Wireless power transfer technologies, including efficiency optimization and applications in transportation and consumer electronics

We invite original research, review articles, and perspectives that address these challenges and contribute to the advancement of electromagnetic device technologies. Contributions should ideally offer innovative approaches and solutions that enhance device performance, optimize efficiency, and align with emerging technological needs.