Finite element method (FEM) has demonstrated high reliability in the design and analysis of engineering systems. It can be used to simulate any complicated geometry and for both linear and nonlinear problems. Moreover, Finite element analysis (FEA) can be used to solve both 3D and 2D approximated geometry.
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Application Note
Magnetic Gear: 2D FEM Simulation with EMWorks2D inside SOLIDWORKS
Finite element method (FEM) has demonstrated high reliability in the design and analysis of engineering systems. It can be used to simulate any complicated geometry and for both linear and nonlinear problems. Moreover, Finite element analysis (FEA) can be used to solve both 3D and 2D approximated geometry. Additional advantages are gained when using 2D FEA such as saving time, running more iterations, etc. EMWorks2D, which is a 2D FEM plug-in inside SOLIDWORKs, provides an accurate solution to magnetic and electric problems in cases where the real life problem can be approximated as a 2D problem.
In this application note, EMWorks2D is used to compute magnetic results (magnetic flux density, field intensity, torque, etc.) of two coaxial magnetic gear models. Torque results will be compared to the reference results.

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Blog Post
The Internet of Things and the Miniature Antenna Paradox
To better design and optimise miniature antennas for IoT terminals, at a lower cost and a faster pace, there is no option but to use antenna simulation software. Tools, like HFWorks, can be instrumental in virtually prototyping such small antennas long before attempting any actual prototyping.

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