Magnetostatic simulation in ansys maxwell

In summary, When working on a project regarding the effects of high voltage transmission on humans, a common issue faced in the assignment of current excitation to power cable in Ansys Maxwell is the error message "no conduction path found". This is typically due to a lack of proper circuit connections and configurations. It is recommended to consult the software vendor's documentation for further guidance.
  • #1
sarbajeet jena
1
0
i am doing a project on effect of high voltage transmission on human.
here, i am facing problem in assigning current excitation to power cable in ansys maxwell. whenever i assign current excitation i get an error message " no conduction path found".
please, someone help me in this matter.
 
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  • #2
The error message "no conduction path found" is normally associated with not having a circuit connection in the model. Make sure that you have all of the required elements connected in the right order and that everything is correctly configured. If you are still having difficulty, you may want to consult the documentation from the software vendor for more detailed information on how to create and configure a circuit with current excitation.
 

Related to Magnetostatic simulation in ansys maxwell

1. What is magnetostatic simulation in Ansys Maxwell?

Magnetostatic simulation in Ansys Maxwell is a computational method used to analyze the behavior of magnetic fields in a given system. It uses the finite element method to solve the governing equations of magnetostatics, taking into account the geometry, material properties, and boundary conditions of the system. This allows for the prediction of magnetic field strength, flux density, and other characteristics in various scenarios.

2. How does magnetostatic simulation differ from other simulation methods?

Unlike other simulation methods, such as magneto-hydrodynamics or electromagnetic simulation, magnetostatic simulation focuses solely on the steady-state behavior of magnetic fields. This means that it does not consider time-dependent effects, such as electromagnetic induction or fluid flow, and is therefore more efficient for analyzing systems with static magnetic fields.

3. What are the main applications of magnetostatic simulation in Ansys Maxwell?

Magnetostatic simulation in Ansys Maxwell has a wide range of applications in various industries, including electrical engineering, magnet design, and magnetic materials research. It is commonly used to analyze the performance of motors, generators, transformers, and other electromagnetic devices. It can also be used to optimize the design of permanent magnets and to study the magnetic properties of materials.

4. What are the benefits of using Ansys Maxwell for magnetostatic simulation?

Ansys Maxwell offers a user-friendly interface and powerful simulation capabilities for magnetostatic analysis. It allows for the creation of complex 3D models, accurate material modeling, and efficient meshing. It also offers post-processing tools for visualizing and analyzing simulation results, as well as optimization tools to improve the design of magnetic systems.

5. Can magnetostatic simulation in Ansys Maxwell accurately predict real-world results?

While all simulations have some level of uncertainty, magnetostatic simulation in Ansys Maxwell has been extensively validated against experimental data and has been shown to provide accurate predictions in various applications. However, it is important to note that the accuracy of the simulation results depends on the accuracy of the input parameters and assumptions made in the model.

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