-
-
September 9, 2025 at 12:48 pm
prarthana.shetty
SubscriberÂ
Hello All,
I am new to this sofware and I am trying to simulate a magnetorquer where my aim is to find magnetic diapole moment. But I read that we cannot find magnetic dipole directly so I came across torque method to find first torque and then from that using feild calculator finding dipole moment. It would be great help if someone can help me understand it better and can tell me how to proceed forward with the simulation. I have attached the screen shot of the complete setup my simulation. Any hints would be really helpful for me.
Thank you in advance for your time and response.ÂÂ
-
September 10, 2025 at 1:52 pm
Ivonne Marti
Ansys EmployeeHi,
Once you have computed the Maxwell design then you can proceed to compute the magnetic moment.
If the core has a non-linear material, then the magnetic moment can be computed using B and H fields. So,
Mm = B/μ0 – H -> total magnetic moment. This is general and universal for any case.
Mm = B/μ0 – μr H -> remanent magnetic moment in the linear case.
To do the calculation above you need to use the fields calculator.
-
October 13, 2025 at 3:33 pm
phuonganhlovely.me
SubscriberHow can I simulate this problem and use the field calculator to perform the calculations?
-
-
October 12, 2025 at 9:02 am
phuonganhlovely.me
SubscriberHi there, I'm in the same case as you. Have you solved your problem? Could you help me with that?
-
- You must be logged in to reply to this topic.
- Hfss 3D pcb via capped and filled with epoxy
- AEDT Natural Convection with default correlation is failing solver initializatio
- Three-Phase Voltage Imbalances in dual stator electric generator
- Calc Error in Field Calculator after PyAEDT Analyze
- import file autocad 3d
- Co-simulation in Q3D, Icepak – meshing problem
- Classic Icepak – clarifications on Boundary condition
- Link the Circuit to 3D Terminals
- Rectangular Coil in Maxwell for WPT using solid block
- Magnetic Dipole moment calculation
-
4452
-
1494
-
1376
-
1209
-
1021
© 2025 Copyright ANSYS, Inc. All rights reserved.
