If you say "electromagnetic field analysis", "Do you need dedicated software for advanced analysis, and it is difficult to operate" Is there such a belief?
Actually, there is software which makes it easy to perform electromagnetic field analysis with "EXCEL" which is familiar from the usual!
That is " μEXCEL series ". Fullscale electromagnetic field analysis with finite element method is possible, it can be operated smoothly without feeling discomfort because it is based on EXCEL.
Academic pricing is even more affordable due to low pricing that is easy to implement.
It is evolving into a rich theme to heat, structure, fluid, electromagnetic wave as well as electromagnetic field analysis. Please find the series that fits your theme.
 If you wish to request a trial version, please download the trial version from below.
 In the trial version, you can calculate models with simple shapes.
Of course you can calculate not only the example but also the model you created newly.  Currently there are only 4 types of themes, static magnetic field version, electrostatic field version, heat transfer version, induction heating version only. Main purpose is to confirm the operation feeling.
[Installation method]
 Extract the downloaded compressed file in an arbitrary directory.
 Execute "setup.exe" in the unpacked directory to start the installation.
 Follow the instructions of the installer to complete the installation process.
[Operating environment]
 Operation confirmed in the environment where Windows 7, Windows 10 / Microsoft Office Excel 2007 or later version is installed
[DownLoad]
 μExcel  static magnetic field trial version  (mu_excel_trial_01.zip / 23,841KB)
 μExcel  electrostatic field trial version  (mu_excel_trial_02.zip / 24,318KB)
 μExcel  thermal conduction trial version  (mu_excel_trial_03.zip / 28,717KB)
 μExcel  induction heating trial version  (mu_excel_trial_04.zip / 24,501KB)
[Movie]
 Step0 Introduction
 Step1 Start Excel
 Step2 Model creation
 Step3 DXF import
 Step4 Mesh creation
 Step5 Calculation execution
 Step6 Add material
 Step7 Result display
 Step8 Graph creation
 Step9 Save as
 Step10 Surface magnetic flux calculation
 Step11 Torque calculation
"Magnet Sputtering Model"


"Electromagnet model"


"CAD import"

"Electrode · charge model"


"CAD import"
