TAGGED: 3d-maxwell-simulation, error, mesh, simplorer, transient
-
-
July 11, 2024 at 3:20 pmPaul TillmannsSubscriber
Hello,
Â
when I try to simulate my Maxwell 3D model component in Simplorer i recieve this error:
  [error] Cannot compute tangential sign.  Possible causes are: 1.) Incorrect geometry model; 2.) Mesh is not correct.  Please try using Model Resolution with suitable Model Resolution Length.Â
The Maxwell 3D Transient simulation alone works fine, same as for the simplorer simulation. Adding the Maxwell Component in the Simplorer schematic works also fine, but the following simulation in Simplorer generates this error.
I think 1.) Incorrect geometry model isnt the problem, because i tested it with just a small block of copper with 2 coil terminals added to a external winding. So probably 2.) is the Problem, but i didn't found information about what is meant with suitable Model Resolution Lenght. I tried to make the mesh more complex but that didnt work.
Does anyone know how to solve this error?
Thanks!Â
Â
  -
August 2, 2024 at 2:21 pmHDLIAnsys Employee
Hello Paul,
   Please double check if Maxwell model could run sucessfully. For co-simulation, please review https://innovationspace.ansys.com/forum/forums/topic/simplorer-co-simulation/ too to make your setting is correct. Could you share your Simplore schematic? Do you have other error message? Is this error message in Maxwell model? Thanks.
HDLI
Â
-
- The topic ‘Simplorer-Maxwell Cosimulation: [error] Cannot compute tangential sign’ is closed to new replies.
- HFSS Incident Plane Wave excitement mode
- Question for Maxwell
- Simulation of capacitor combining eddy currents with displacement currents
- How to calculate eddy and hysteresis losses of the core?
- Ansys Maxwell 3D – eddy current
- How to calculate capacitance using Fields Calculator in HFSS?
- How to determine initial position in motion setup
- Leakage inductance realization in transformer
- dq graph non-conformity
- How to customize pulse waveform and injection site in microstrip array
-
1166
-
488
-
487
-
225
-
201
© 2024 Copyright ANSYS, Inc. All rights reserved.