8 results · AI-generated index
R
realpython.com
article

Electromagnetic Field Calculations with NumPy

Learn how to calculate electromagnetic fields using NumPy and Python. This tutorial covers the basics of electromagnetic theory and provides example code for calculating electric and magnetic fields.

M
mit.edu
research

Numerical Methods for Electromagnetic Field Calculations

This course notes from MIT discuss numerical methods for calculating electromagnetic fields, including the use of NumPy and Python for solving Maxwell's equations.

G
github.io
tool

Python Code for Electromagnetic Field Calculation

This GitHub repository provides example Python code using NumPy for calculating electromagnetic fields, including electric and magnetic field calculations.

Y
youtube.com
video

Electromagnetic Field Simulation using NumPy and Matplotlib

This video tutorial demonstrates how to simulate electromagnetic fields using NumPy and Matplotlib, including visualizing electric and magnetic field lines.

N
ncsu.edu
official

Electromagnetic Theory and Numerical Calculations

This online course from North Carolina State University covers electromagnetic theory and numerical calculations, including the use of NumPy and Python for solving electromagnetic problems.

S
stackoverflow.com
article

Calculating Electromagnetic Fields with Python and NumPy

This Q&A thread on Stack Overflow discusses calculating electromagnetic fields using Python and NumPy, including example code and advice from experienced programmers.

H
hindawi.com
research

Electromagnetic Field Calculations using Finite Difference Time Domain Method

This research article discusses the use of the finite difference time domain method for calculating electromagnetic fields, including example Python code using NumPy.

P
pypi.org
tool

Python Library for Electromagnetic Field Calculations

This Python library provides functions for calculating electromagnetic fields, including electric and magnetic field calculations, and is available for installation via PyPI.