磁界解析シリーズ

Magnetic fields generated from magnets and coils are controlled by magnetic bodies. Magnetism is used in all fields such as motors and magnetic flux converging devices. In Mutec, μ-MF which can easily use even beginners, from μ-EXCEL series , μ-MF which can perform high-level three-dimensional analysis , and series specialized for individual theme are prepared.

操作が簡単 μ- EXCELシリーズ 2次元または軸対称3次元解析

磁界解析
"Electromagnetic force plate" actuator - coil and magnet design for attraction force control
  • Calculation of electromagnetic force and torque of the magnetic body of interest
  • Magnetic field distribution, magnetic force line output
  • DC excitation by magnets and coils
  • Nonlinearity / magnetic saturation of magnetic material
  • Plunger position variable

詳細情報

磁界解析
"Static magnetic field plate" for magnet sputtering device and magnetic shield device
  • Spatial magnetic field, calculation of magnetic field in magnetic body
  • Magnetic field distribution, magnetic force line, magnetic field vector output
  • DC excitation by magnets and coils
  • Nonlinearity / magnetic saturation of magnetic material

詳細情報

磁界解析
"Inductive heating plate" for induction heating / quenching coil temperature analysis and circuit design
  • High frequency eddy current analysis of heating coil
  • Continuous unsteady temperature analysis
  • Temperature, heat generation, magnetic field distribution, magnetic field lines
  • Transmission boundary, radiation boundary, material temperature dependence, magnetic material nonlinearity
  • Impedance calculation, resonance circuit design

詳細情報

磁界解析
"Magnetically-torqueed version" Seamlessly magnetize magnetization and torque analysis for motors
  • Magnetization analysis of magnetizer model
  • Magnetization distribution, magnetization direction, surface magnetic flux calculation
  • Torque Analysis of Motor Model
  • Automatic delivery of magnetization information, rotor rotation function
  • Rotation angle vs Torque curve calculation

詳細情報

磁界解析
Characteristic analysis of "induction machine plate" induction motor
  • Analysis of speed (slip) characteristics of induction machine
  • Star / delta connection designation function
  • Output of equivalent circuit parameters
  • Maximum magnetic flux density, flux line output

詳細情報

磁界解析
"Eddy current version" This is the basic version of eddy current analysis
  • High frequency eddy current analysis by heating coil
  • Consider magnetic substance nonlinearity and saturation
  • Set the heating coil frequency
  • Heat generation, magnetic field distribution, magnetic force line output

詳細情報

3次元解析を手軽に、しかもハイレベル解析までカバーする μ-MFシリーズ

磁界解析
Easy condition setting with "static magnetic field / alternating magnetic field / transient magnetic field" wizard menu
  • Choose and combine the necessary modules according to the problem
  • In the novice friendly wizard menu, only necessary conditions are set in order
  • Advanced condition setting is also possible in general menu
  • Fast calculation of 1 million element scale
  • Confirm the results with the included Viewer, separate use of the mesh

詳細情報

個別問題にカスタマイズされたパッケージはこちら

磁界解析
"μ-TM" three-dimensional induction heating / temperature analysis package
  • Seamlessly analyze magnetic field by unknown induction heating coil and unsteady temperature analysis
  • In the condition setting menu specialized for problems, easy setting
  • If we combine our own modeler AirCube, model making is also very easy
  • Combination of commercially available Femap is possible for precise model shape setting
  • Material temperature dependency

詳細情報

磁界解析
"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.
  • With the calculation button, the transition to model construction, matters of calculation, result display
  • Simultaneously calculate 5 GUSUSS line, display

詳細情報

磁界解析
"μ-E & S" Magnetic field analysis based on state-of-the-art vector magnetic property theory
  • "Vector magnetic property theory E & S model" developed by Professor Enokizono Oita University
  • Currently the evolution of magnetic field analysis from "scalar magnetic characteristics" to "vector magnetic characteristics" is a challenge
  • Hysteresis of steel material can be faithfully analyzed, high precision estimation of loss can be made
  • Automatic delivery of magnetization information, rotor rotation function
  • If you are interested please contact us

詳細情報