Abstract Detail

Abstract

A model is proposed for the calculation of the winding losses at the beginning of the design process of high frequency  transformers and inductors. Although this kind of losses have been subject of investigation for years, their analytical calculation in gapped components is still limited, and the use of numerical analysis tools, such as finite elements analysis (FEA) tools, are commonly needed for winding characterization. A general 2-D equivalent analytical model for windings losses calculation in gapped magnetic components that shows very good results compared with FEA calculation is presented. The model can be integrated in design and optimization tools in order to evaluate the influence of the gap on the windings at the very early stages of the design process.

Biography

Doctor of Space Physics having expertise in Software Engineering, Space Physics & Telecommunications. Christopher is a University Lecturer and also a Consultant to Organizations both locally and Internationally. His research interests are in the areas of: Telecommunications, Ionospheric & Space Physics, Theoretical Physics, Mathematical Modelling, NanoParticles, Neural Networks, Signal Processing, Hydrodynamics, Nuclear Structure Properties, Nanotechnology & Material Science, Electronic Communications, Optical Communications, Power, Energy and Emerging Technologies & Globalization. He has a good experience teaching courses like: Electrodynamics, Astrophysics, Celestial Mechanics, Electronic Communications and Ionospheric Physics. He has various research manuscripts to his credit published in International Journals of repute. A scholar, and an erudite academic who has spoken in various academic conferences both locally and internationally. He is currently working on Nuclear Structure Properties & Nanotechnology in Space. He is a member of the Space Physics and Mathematical Modelling Research Group, Glasgow, Scotland, United Kingdom.
He was the only Nigerian Researcher invited to speak at the 16th International Conference on Nuclear Structure Properties NSP 2023 May 8 – 10, 2023, Karabük University Turkey, Science Faculty, Department of Physics. The conference was held to commemorate Turkey's 100th year Anniversary.