Ansys Maxwell is widely used in the design of thousands of electromagnetic components, including motors, electromagnetic sensors, actuators,
magnetic heads, transformers, inductors, etc., through electromagnetic field simulation, the electric and magnetic field distributions are calculated,
and the device performance is analyzed using a visual dynamic field distribution map, and the force, torque, inductance and other parameters can
be obtained that are consistent with the measured results. It has a patented high-performance computing algorithm based on the time decomposi
-tion method, which greatly improves the simulation speed of motors and transformers.
Using automatic meshing and adaptive meshing, you can use the advanced finite element method to obtain high-precision simulation results
without repeatedly defining the mesh, which greatly reduces the difficulty of using the software and improves the engineering practicability, thereby
reducing the cost of product development and shortening the design cycle. ROM models can be automatically generated, and bidirectional coupling
and co-simulation can be performed with Ansys structure/fluid software and circuit/system software.
Fields of application
Various types of motors (rotary motors, linear motors)
Solenoid coils
Transformers
Magnetic recording
Magnetization
Demagnetization
Actuators
Electromagnetic sensors
Frictionless bearings
Other electromagnetic components
