3D INTERACTIVE PHYSICS SIMULATIONS Use big screen devices for these simulations. Boat Rescue Projectile Problem Soccer Free Kick Newton's Gravity Newton's Cannon Projectile Problem Calculator Projectile Motion Jumping on Planets. Magnetic Field of a Solenoid Ampere's Law Transformer. Magnetic simulation, as magnetics, transient magnetics, magnetostatics, finite element simulation. Magnetic simulation usually is the same as a low frequency electromagnetic simulation based on magnetic field only, without the electric part of electromagnetic field taken into account. Magnetic simulations are often divided into AC Magnetics, DC.

3d Magnetic Field Simulation Software Free
3d Magnetic Field Simulator Free Online

Magnetic Field Simulator

Version 2.1 for Windows

Nima Bigdely Shamlo, University of California, San Diego

Sampling of screen images, hover over image for description.

Similar to Electrostatics 3D, Magnetism 3D is an interactive software program that allows students to study magnetic fields using a variety of stunning visualization methods. Magnetism 3D utilizes colorful two-dimensional and three-dimensional graphics to display magnetic field lines for current-carrying straight wires, current-carrying wire loops, solenoids, and permanent magnets.
The three-dimensional graphics can be rotated in space about multiple axes for a true 3D perspective. The user is provided with a wide variety of simple to use tools that permit any desired configuration comprised of any number of objects to be created on-screen. Simply click the desired object from the toolbar, input the chosen parameters, and position the object on-screen.
Software Features:

View magnetic field lines in a 2D and 3D environment.
Choose from a variety of magnetic field generating objects that may be used in any combination including: current-carrying straight wires, current-carrying wire loops, solenoids (with or without an iron core), and permanent magnets.
All objects can be customized by inputting values such as current, length, radius, loops per centimeter . . .
View options include: 3D space, 3D topographic mapping, 2D surface, 2D color-coded mapping & linear integral convolution, and 2D iron filings.
Option to display on-screen magnetic field vectors indicating individual contributions from various objects and net magnetic field for any location.
Numeric display indicates strength of magnetic field at any location (both 2D and 3D environment).
Option to display the path of a charged particle as it moves under the influence of the magnetic field.
Capability to explore Ampere’s law.
Option to use right-handed or left-handed coordinate system in 3D environment.
Designed for both high school and college physics courses.

Perpetual License
(One-time fee, no expiration)
Single User: $79.00
Lab-10 License: $295.00
Lab-30 License: $459.00
Unlimited Site License: $659.00
10% discount applied to combined price when purchased with Electrostatics 3D.
(Place both Electrostatics 3D and Magnetism 3D into your shopping cart and enter the coupon code embundle at checkout.)

Unlimited Site License allows an unlimited number of computers to run the software at one site, student take-home privileges are granted with this license only. Distance Learning License is priced the same as the Unlimited Site License.

Purchase online using a credit card. Magnetism 3D is delivered via download. (See our Ordering page for other methods of purchase.)

Single User LicenseLab-10 LicenseLab-30 LicenseUnlimited Site License

Application

openEMS is a free and open electromagnetic field solver using the FDTD method that supports cartesian and cylindrical coordinates. Matlab or Octave are used as an easy and flexible scripting interface.

Contributors

Thorsten Liebig¹, Andreas Rennings¹, Sebastian Held¹, Daniel Erni¹

Contact

Free

Progress

Resources

OpenEMS is a free and open source FDTD solver written in C++. OpenEMS supports cylindrical coordinates and is specifically developed for MRI applications. An extensive Matlab (or Octave) interface is used to define the FDTD options. The geometry used for the FDTD simulations is handled by the CSXCAD library which is part of the openEMS project.

Features:

Efficient EC-FDTD method in full 3D cartesian coordinates (x,y,z)
Efficient EC-FDTD method in full 3D cylindrical coordinates (ρ,φ, z)
Supports virtual family voxel models
Fully graded mesh
Multi-threading, SIMD (SSE) and MPI support for high speed parallel FDTD
Simple engine extensions API to easily introduce new features to the FDTD algorithm
Absorbing boundary conditions (MUR, PML)
Coordinate dependent material definitions
Coordinate dependent excitation definitions (e.g. mode-profiles)
Dispersive material (Drude/Lorentz/Debye type)
Field dumps in time and frequency domain as vtk or hdf5 file format
Flexible post-processing routines (mostly in Matlab)
Subgrids to reduce simulation time in cylindrical coordinates
Remote simulations using SSH (Linux only)

Publications

Affiliations

¹General and Theoretical Electrical Engineering (ATE), Faculty of Engineering, University of Duisburg-Essen and GENIDE – Center for Nanointegration Duisburg-Essen, Duisburg, Germany

Figures

3d Magnetic Field Simulation Software Free

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3d Magnetic Field Simulator Free Online

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