- ▲Q1 I have never done electromagnetic field analysis at all, but I feel the necessity.
- Compared to structural analysis etc., it is certainly difficult to analyze the electromagnetic field. Even analyzing and unraveling invisible magnetic field distribution is extremely valuable. First of all, why do not you start analyzing with μ-EXCEL ? We can easily draw analysis results and we will carefully support you.
- ▲Q2 I think that it is useless unless it is 3D analysis, but is it expensive and can you use it?
- The combination of μ-MF and Air Cube can be analyzed with relatively simple operation. The price is also affordable.
- ▲Q3 Is there no trial version?
- For μ-EXCEL there is a trial version. For μ-MF + Air Cube, you can offer 1 month trial version.
- ▲Q4 Is there a regular seminar?
- We hold it every other week. For more information seminars and events , please refer to the page.
- ▲Q5 How much is the annual maintenance fee?
- It is based on 25% of the main unit price. The contents are Q & A of usage, analysis know-how, upgrade of software, addition of function desired by customer.
- ▲Q6 Is there any software other than magnetic field analysis?
- Currently, we are planning to expand to thermal analysis, structural analysis and fluid analysis. (Basically, it is medium-term schedule because it is own company development.) Other, we are developing modeler · viewer, GUI etc for FEM.
- ▲Q7 Can I have a consultation?
- We will correspond. We look forward to hearing from you.
- ▲Q1 What are the material constants necessary for analysis?
- For magnetic field analysis, relative permeability or BH curve, electric conductivity. For electric field analysis, relative permittivity, electric conductivity. For temperature analysis, thermal conductivity, heat capacity, heat transfer coefficient. You will need.
- ▲Q2 How do you decide the heat transfer coefficient?
- It represents the amount of heat escaping from the surface. Natural convection around, sending wind, water cooling etc will change. Reference materials such as "heat transfer handbook" are published.
- ▲Q3 Do you have any ingenuity to strengthen the power of the magnet?
- The longer the magnet is in the magnetization direction, the stronger the magnet becomes. In addition, if a magnetic circuit is made with a magnetic material such as a back yoke rather than a single magnet, the demagnetizing field becomes small and the performance of the magnet can be maximized.
