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Finite Element Modeling of Magnetic Fields in Julia

Offered By: The Julia Programming Language via YouTube

Tags

Julia Courses Electrical Engineering Courses Magnetic Fields Courses Harmonic Analysis Courses Finite Element Method Courses Numerical Modeling Courses

Course Description

Overview

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Explore finite element modeling of magnetic fields in Julia through a comprehensive conference talk. Delve into the TU Delft master course EE4375, "Finite Element Method in Electrical Engineering Applications," which combines theoretical lectures with hands-on Julia programming lab sessions. Discover two real-world project-based assignments involving collaborations with industry partners: one focusing on modeling the effects of new components in energy distribution infrastructure with STEDIN Rotterdam, and another solving integro-differential equations to describe naval ships' magnetic signatures in partnership with TNO. Gain insights into practical applications of finite element methods in electrical engineering and learn how Julia is used to implement these complex models.

Syllabus

Finite Element Modeling of Magnetic Fields in Julia | Lahaye | JuliaCon 2024


Taught by

The Julia Programming Language

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