- #1
Thank you Tom.Tom.G said:
The best way to decrease the flux linkage in ANSYS Maxwell is to use materials with lower permeability values or to increase the air gap between components. Additionally, reducing the number of turns in the coils or increasing the frequency of the AC excitation can also help decrease flux linkage.
High flux linkage in ANSYS Maxwell simulations can be caused by a number of factors, such as using materials with high permeability values, having a small air gap between components, or using a high number of turns in the coils. It can also be caused by high frequency AC excitation or non-uniformity in the magnetic field.
Yes, you can manually adjust the flux linkage in ANSYS Maxwell by changing the material properties, air gap distance, or coil parameters. However, it is important to understand the impact of these changes on the overall performance of your design.
Flux linkage plays a crucial role in the performance of electromagnetic devices, as it determines the amount of magnetic flux passing through the circuit. High flux linkage can result in increased losses and reduced efficiency, while low flux linkage can lead to poor performance or even failure of the device.
Yes, there are several techniques for optimizing flux linkage in ANSYS Maxwell, such as using advanced material models, optimizing the air gap distance, or using multi-objective optimization methods. It is also important to carefully analyze and fine-tune the design parameters to achieve the desired flux linkage while maintaining overall performance.
