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This course consists of twelve sequential 45-minute lectures that take participants from the electromagnetic fundamentals to practical 2D/3D FEM modelling of transformers. It covers building and verifying transformer FEM models, reproducing open-circuit and short-circuit tests to extract equivalent-circuit parameters, performing electrostatic field and capacitance studies, and estimating additional losses.
Course schedule:
19.02. 2026 Lesson 1 – The Role of Simulations in Transformer Design
19.03. 2026 Lesson 2 – Introduction to Numerical Methods for Transformers
16.04. 2026 Lesson 3 – Electromagnetic Fundamentals
14.05. 2026 Lesson 4 – FEM Basics and Workflow
11.06. 2026 Lesson 5 – 2D Transformer FEM Modeling
09.07. 2026 Lesson 6 – 2D Electrostatic FEM for Transformers
30.07. 2026 Lesson 7 – Electromagnetic Theory
03.09. 2026 Lesson 8 – Finite Element Method
01.10. 2026 Lesson 9 – Advanced 3D FEM Modeling for Transformers
29.10. 2026 Lesson 10 – AC and Stray Loss Modeling with FEM
26.11. 2026 Lesson 11 – Advanced Electrostatic and Dielectric Simulations
17.12. 2026 Lesson 12 – FEM-Based Design Optimization and Sensitivity Analysis