With the same number of elements, the IEM can be calculated with much higher accuracy than the FEM.
As a result, it is faster than FEM for the same accuracy.
There are examples of calculations that are 2000 times faster than FEM.

When multiple bodies are in motion, there is no need to remesh because no mesh is needed in the space between the bodies.

Both attractive and repulsive forces can be accurately calculated by analytical formulas until they are very close together.
This is the calculation of the force acting when two magnets of 1 cm on each side are brought closer together from 1 cm to 0.1 μ.
Both the attractive and repulsive forces converge to the same value even when the gap is narrow.

Even when charged particles are in close proximity to magnets or electrodes, the analytical formula ensures that accuracy is not decreased.

If the two parts are separated, the continuity of the mesh is not a question, so the mesh size can be extremely large or small.

If there are very thin magnetic materials in the space, it is easy because no space mesh is needed.

Magnets can be analyzed with extremely coarse meshes because there are little changes in the internal magnetization even when an external magnetic field acts on them.

Analysis of magnetization is also possible.

The division of coil elements is easy because it can be done almost independently of the division of air and magnetic elements.
Long straight coil does not need to be divided.

3D Analysis, 2D Analysis, Axisymmetric Analysis
static magnetic field analysis, dynamic magnetic field analysis, eddy current analysis, transient analysis, sinusoidal analysis, static electric field analysis, charged particle trajectory analysis

Magnetic materials, magnets, coils, conductors, magnetic conductors, electrodes, dielectrics

Magnetic and electric fields, magnetic and electric flux density
eddy currents, charge density, forces, motion
Induced currents, Joule heat, interlinkage flux, inductance, charged particle trajectory

Electron microscopes, sensors, magnet products, magnetic shields, motors, linear motors, relays, plungers,transformer
Electron holography, sputtering, MEMS, magnetic heads, flat cathode ray tubes
electron guns, accelerators, capacitors

ELF/MAGIC Workflow ≫
ELFIN Workflow ≫

How to use each tool and how to create data.
Operation Guide ≫