Electromagnetic simulator: theory and step-by-step tutorial with MATLAB

Описание: 🔍 Unlock the Secrets of Electromagnetism with MATLAB! 🔍

In this video, we dive deep into the theory behind electromagnetic simulation and guide you through a comprehensive step-by-step tutorial on developing your own simulator using MATLAB. Whether you're dealing with static objects or those in motion, this tutorial covers it all!

✨ What You'll Learn:

The fundamental principles of electromagnetic theory
How to create an effective simulator from scratch
Techniques for simulating both stationary and moving objects

Join us as we break down complex concepts into manageable steps, making it easier for you to apply these principles in real-world scenarios. Don’t forget to like, comment, and subscribe for more insightful content!

00:00:00 Outline
00:00:19 Maxwell's equations
00:01:18 The FDTD Method
00:03:08 Applications of EM theory with moving bodies
00:03:24 History of EM theory involving moving bodies
00:12:14 Lorentz Aether Theory VS Special Theory of Relativity
00:13:41 Defining a Benchmark for relativistic effects
00:14:03 FDTD by changing the reference frame
00:14:45 Proposed Implementation of Motion in FDTD
00:16:34 Matlab Code: main.m file
00:24:46 Matlab Code: file_3d_2_matrix_convertor.m file
00:28:04 Matlab Code: S_update.m file
00:29:59 Matlab Code: G_update.m file
00:30:57 Matlab Code: inpolyhedron function
00:33:19 Matlab Code: PML.m file
00:36:17 Examples of Simulations

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