I am a PhD holder in wireless power transfer (WPT) and a lecturer at the Naval Academy “Mircea cel Bătrân” (Romania), with a strong background in electrical engineering and applied research.
My work focuses on inductive wireless power transfer systems, efficiency optimization, electromagnetic design, and experimental validation of real-world prototypes. I combine analytical modeling with hands-on experimental work, aiming to develop practical and implementation-ready solutions.
I have experience in multidisciplinary engineering projects involving electrical, mechanical, and mechatronic systems, including UAV-based platforms and intelligent systems using AI for signal processing and data interpretation.
I am particularly interested in research collaborations that lead to high-quality scientific publications (IEEE/Q1–Q2 journals), as well as applied projects with real-world impact.
I value serious, long-term collaborations based on mutual contribution and technical rigor.
This paper presents the self and mutual inductances of spiral and circular coil determination based on several equations types from the literature which will be chosen for comparison. The calculation equations of the self and mutual inductances will be solved using software; the theoretical results of the self-inductances will be compared with each other but also with the results of accurate measurements made with an RLC meter. At the same time, the exact equations determining the selfinductance results very close to reality will be established. Also, the limits of all selfinductance equations related to the coil dimensions will be drawn.
I am looking for 1–2 reliable collaborators for finalizing and publishing a research paper in the field of inductive wireless power transfe…