Finite Element Method Applied for Transformers Design

Basic level

EM FE Method Applied for Transformers Design – e-lesson#1 – The Role of Simulations in Transformer Design

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Basic level

EM FE Method Applied for Transformers Design – e-lesson#2 – Introduction to Numerical Methods for Transformers

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Basic level

EM FE Method Applied for Transformers Design – e-lesson#3 – Electromagnetic Fundamentals

This is the first e-lesson in the Transformer Specification course.

Intermediate level

EM FE Method Applied for Transformers Design – e-lesson#4 – FEM Basics and Modelling Workflow

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Intermediate level

EM FE Method Applied for Transformers Design – e-lesson#5 – 2D Transformer FEM Modelling

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Intermediate level

EM FE Method Applied for Transformers Design – e-lesson#6 – 2D Electrostatic FEM for Transformers

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Master’s level

EM FE Method Applied for Transformers Design – e-lesson#7 – Electromagnetic Theory

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Master’s level

EM FE Method Applied for Transformers Design – e-lesson#8 – Finite Element Method Formulation

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Master’s level

EM FE Method Applied for Transformers Design – e-lesson#9 – Advanced 3D FEM Modelling for Transformers

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Master’s level

EM FE Method Applied for Transformers Design – e-lesson#10 – AC and Stray Loss Modeling with FEM

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Master’s level

EM FE Method Applied for Transformers Design – e-lesson#11 – Advanced Electrostatic and Dielectric Simulations

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]

Master’s level

EM FE Method Applied for Transformers Design – e-lesson#12 – AC and Stray Loss Modelling with FEM

Examines how simulations support design optimisation and engineering decision-making. This final lesson explores advanced applications of FEM for transformer design optimisation and sensitivity analysis. Participants learn how simulation models can evaluate design alternatives and identify optimal configurations. The lecture introduces parametric studies, tolerance analysis, and trade-off evaluation between competing design objectives such as efficiency, size, […]