A 3D electromagnetic FDTD simulator written in Python with optional GPU support

Generalized data analysis workflow via a consistent easy to use interface.

Simulation of electric and magnetic fields and particle tracking

Electric field lines and equipotentials using Runge-Kutta methods, including adaptive ones

Orthogonal Multipole Magnetic Basis Vectors - Complete orthogonal vector basis with accurate field-line mapping of electric fields and ion drifts within multipole magnetic fields

Projects For The Finite Element Method Lesson And The Exercise Answers.

Visualisation and analysis of electromagnetic fields.

Calculate electric fields, magnetic fields, and space potentials for transmission lines.

Package for the calculating electric fields and ESP in molecular systems.

Visualizing Electromagnetic Propagation using C++, OpenGL: Explore the fascinating classical world of electromagnetic waves through 2D simulations and visualizations powered by larmour delayed potential in C++ with OpenGL graphics.

Electric Field Integral Equation (EFIE) numerical solver for 2D arbitrary and inhomogeneous objects with cylindrical symmetry.

C++ application which renders the field lines of line charges using OpenGL.

Simulating total electric field and total magnetic field in a medium after oblique incidence of electromagnetic wave on a conducting plate

Realtime electric field lines visualization for charged punctual particles

Rice Adaptive Particle Tracer

This is an extension to the final project for Tec de Monterrey's F1013B course: Computational Modeling of Electrical Systems. The project consists on simulating an Inkjet printer, which charges ink droplets electrically so that they get deflected by 2 electric plates and land on a desired location on a piece of paper.

Yet Another Earthquake Project from the team EGAL.

No description provided.

OpenDEP View is a visualization and spectra generation software for Dielectrophoresis (DEP) experiments. It allows users to view and generate DEP spectra based on specific parameters. The program currently supports the homogeneous particle model and single-shell model, with ongoing development for the two-shell model.

Numerical field relaxation algorithm capable of finding solutions to the Euclidean SU(2) Georgi-Glashow equations of motion on a 4D lattice.

This project takes physical measurements and calculates the electric field from those measurements.

No description provided.

Analysing the electric field at a point due to charged objects

LAMMPS data files, force fields and input scripts

Program which simulates the electric field lines and equipotential lines generated by one or more point charges. This program was used for one of my lab reports for PHYS 33.02 LAB.

A webpage simulation of a dynamic electric field.

A python package for electricity and magnetism

Display electric field lines for point charges.

Electrical field of point changes