Magnetic gears (MG) which achieve?contactless power transmission are increasingly attracting the interest of industry. Traditional mechanical gears suffer from several weaknesses: ?friction losses, lubrication issues, heat, vibration and noise. Magnetic gears are therefore developed to overcome the issues accompanying the use of traditional mechanical ones.

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PERMANENT MAGNETS GEAR SYSTEM: 2D AND 3D ELECTROMAGNETIC SIMULATION INSIDE SOLIDWORKS

Magnetic gears (MG) which achieve?contactless power transmission are increasingly attracting the interest of industry. Traditional mechanical gears suffer from several weaknesses: ?friction losses, lubrication issues, heat, vibration and noise. Magnetic gears are therefore developed to overcome the issues accompanying the use of traditional mechanical ones.  

In this article, a coaxial magnetic gear system is studied. Since the model geometry has planar symmetry, both 2D and 3D simulations are performed using EMWorks2D and EMS, successively. 2D Torque results will be compared to published data. A comparison of 2D and 3D results will be established at the end of the article. More Details
 
 

BLOGS

Permanent magnet motors are increasingly utilized in the different parts of industry such as automotive, aerospace, medical and home appliances. High efficiency, high power density and variable speed operation are some of advantages that resulted in widespread applications. read more ...

Magnetic resonance imaging or MRI is an imaging modern technique to obtain detailed organs and tissues images throughout the body without the use of x-rays or the so-called ionizing radiation. MRI uses powerful external static magnetic fields along with RF waves that interact with hydrogen atoms to obtain powerful and clear images of the various organs and tissues. read more ...

   

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