PyEMF is an open-source Python library for calculating electromagnetic fields in 3D. It supports various field types, including static electric and magnetic fields, as well as time-varying fields.
This article presents a Python library for calculating electromagnetic fields in 3D. The library uses the finite difference time domain method and is suitable for a wide range of applications, including antenna design and electromagnetic compatibility analysis.
EMSim is a commercial electromagnetic simulator that includes a Python library for calculating electromagnetic fields in 3D. It supports various field types and is suitable for applications such as antenna design, electromagnetic compatibility analysis, and biomedical engineering.
This online course covers numerical methods for electromagnetic field calculations, including the finite difference time domain method and the method of moments. It includes a section on implementing these methods in Python.
PyFEHM is an open-source Python library for calculating electromagnetic fields in 3D. It uses the finite element method and is suitable for a wide range of applications, including geophysical exploration and electromagnetic compatibility analysis.
FEniCS is an open-source software package for solving partial differential equations, including those that describe electromagnetic fields. This article demonstrates how to use FEniCS to calculate electromagnetic fields in 3D using Python.
GprMax is a commercial Python library for calculating electromagnetic fields in 3D. It uses the finite difference time domain method and is suitable for applications such as ground-penetrating radar and electromagnetic compatibility analysis.
This technical report presents a Python library for calculating electromagnetic fields in 3D. The library uses the finite element method and is suitable for a wide range of applications, including spacecraft design and electromagnetic compatibility analysis.