Three-dimensional electromagnetic field analysis is still difficult. Therefore,
we devised so that simple problems can be set and analyzed easily even for beginners, and also advanced analysis can be done as it is! In μ-MF, using a wizard-style GUI, when setting the type of problem, we have a mechanism to guide condition setting. Depending on the type of analysis, we combine subdivided solver modules to achieve the most efficient analysis. For modelers, we use proprietary grid meshers - AirCube, or commercially available Femap.
- Analysis is possible even for large-scale problems exceeding 1 million mesh
- Equipped with high speed matrix solver
- Choice and combination of modules according to problems such as electrostatic field, static magnetic field, alternating magnetic field, unsteady magnetic field, etc. are possible
- With wizard style GUI, analysis can be carried out comparatively easily
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"Static magnetic field module"
- Magnetic Field Analysis with DC Coil and Magnet
- BH curve of magnetic material is necessary, considering magnetic saturation
- Calculation of magnetic field distribution, magnetic field vector, electromagnetic force, inductance
- Since it is a scalar potential solution, the result comes out in a short time
- Modeler and viewer are required separately
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"Electrostatic field module"
- Electric field analysis by electric charge or electrode
- Dielectric constant of dielectric and electrical conductivity of conductor required
- Calculate electric field distribution, electric field vector, potential
- Since it is a scalar potential solution, the result comes out in a short time
- Modeler and viewer are required separately
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"AC magnetic field module"
- Magnetic field analysis by AC coil, permanent magnet can not be handled
- BH curve of magnetic material, electrical conductivity required, considering magnetic saturation as well
- Calculation of magnetic field distribution, magnetic field vector, eddy current distribution, electromagnetic force, calorific value
- Vector potential, edge element, jω solution method
- Modeler and viewer are required separately
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"Unsteady magnetic field module"
- Magnetic field analysis with arbitrary current coil and magnet
- BH curve of magnetic material, electrical conductivity required, considering magnetic saturation as well
- Calculation of magnetic field distribution, magnetic field vector, eddy current distribution, electromagnetic force, calorific value
- Vector potential, edge element, transient response etc. Solving method
- Modeler and viewer are required separately
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"μ-TM" three-dimensional induction heating / temperature analysis package
- Seamless magnetic field analysis and unsteady temperature analysis using induction heating coil
- Added the function to move the heating coil
- Easy setting in the wizard-style condition setting menu
- Combining the modeler AirCube developed in-house makes it very easy to make a model.
- A combination of commercially available Femap is possible for precise model shape setting
- [Click here for the delivered video]
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"μ-MRI" Shield design package of 3-D MRI shielded room
- Shielded room design tool for building and design construction company
- MRI coil selection, selection of 1.5 T, 3 T, etc.
- Just by setting conditions such as the outline of the room, the number of shielding materials, the ceiling, the floor, the window, the floor hole
- With the calculation button, the transition to model construction, matters of calculation, result display
- Simultaneously calculate 5 GUSUSS line, display
- [Streaming video]
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"μ-BEAM" three-dimensional charged particle trajectory analysis package
- Electric field analysis · Magnetic field analysis, Behavior analysis of ion beam in electric and magnetic fields
- Start of orbit calculation at charged particle mass, charge number, initial coordinate, initial velocity
- Electric field, potential distribution, magnetic field, magnetic force line, orbit diagram calculation
- Repulsive action for multiple charged particles
- In combination with our own modeler AirCube, price down
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