ANSYS-Maxwell is known for its high accuracy in simulating electromagnetic fields. It is considered to be one of the most accurate software in this field and is often used as a benchmark for comparison with other software.
Yes, ANSYS-Maxwell has been extensively validated and tested against real-world experiments, and has shown to accurately predict the behavior of electromagnetic fields in various scenarios.
ANSYS-Maxwell uses advanced numerical methods and algorithms to solve the equations governing electromagnetic fields, ensuring high accuracy in its simulations. It also allows for customization of simulation settings to further improve accuracy.
Like any other software, ANSYS-Maxwell has its limitations. It may not accurately predict certain complex phenomena or when there is uncertainty in material properties or boundary conditions. However, it is constantly being improved and updated to overcome these limitations.
ANSYS-Maxwell's accuracy is validated through extensive testing and comparison with real-world experiments. It is also validated through the use of industry standards and benchmarks, as well as user feedback and case studies.