SirR3D said:Can anyone explain how this electric motor works?
www.youtube.com/watch?v=i7LOF1GZpdo
The spinning wheel is parallel to the magnetic field lines produced by the current through the shaft so what exactly drives this?
Garlic said:From what I've understood, you first need to roll the wheel in the direction you want.
Garlic said:When the current flows through it, the balls get warmer and get asymmetrically deformed which causes it to move.
An electric, non-magnetic motor is a type of motor that operates using electricity but does not rely on magnetic fields to function. Unlike traditional electric motors that use magnets and magnetic fields to create motion, these motors use alternative methods such as electrostatic attraction or repulsion.
The exact mechanism of how an electric, non-magnetic motor works can vary depending on the specific design. However, in general, these motors use electrical charges to create motion. This can be achieved through electrostatic forces, where positively and negatively charged objects are attracted or repelled, or through the use of electric fields to push and pull charged particles.
One of the main advantages of an electric, non-magnetic motor is that it does not require the use of rare and expensive magnets. This can make the motor more cost-effective and efficient to produce. Additionally, these motors can also be more environmentally friendly as they do not rely on the use of potentially harmful materials.
One potential disadvantage of using an electric, non-magnetic motor is that it may not be as powerful or efficient as traditional electric motors. This can be due to the limitations of using alternative methods for creating motion. Additionally, these motors may also require a more complex design and construction process.
Electric, non-magnetic motors have a wide range of potential applications, including in electric vehicles, household appliances, robotics, and medical devices. They can also be used in industrial settings for tasks such as conveyor belt systems and pumps. As technology continues to advance, new and innovative uses for these motors may emerge.