noun a rotating part of a machine or device, especially a motor or engine, that operates on the principle of electromagnetic induction
In automotive engineering, a rotor is a rotating disc in a disc brake system that slows down a vehicle.
In wind energy, a rotor is the rotating part of a wind turbine that captures energy from the wind.
In marine engineering, a rotor may refer to a rotating propeller or other propulsion system on a ship.
In mechanical engineering, a rotor is a rotating part of a machine that transmits motion or power.
A rotor is a rotating component of a helicopter, aircraft, or other vehicle that produces lift or thrust.
In electrical engineering, a rotor is the rotating part of a motor or generator.
In the field of mechanical engineering, rotors are commonly used in various machines and equipment such as turbines, pumps, compressors, and electric motors. Rotors play a crucial role in converting mechanical energy into rotational motion.
Aerospace engineers frequently work with rotors in the design and development of helicopters, drones, and other rotorcraft. They focus on optimizing rotor performance, stability, and efficiency for aerial applications.
Dentists use rotary instruments like dental drills with rotating burrs to perform various dental procedures such as drilling, shaping, and polishing teeth. These rotary tools help dentists to efficiently treat dental issues and maintain oral health.
Electricians often encounter rotors in electric motors and generators. They are responsible for installing, maintaining, and repairing these rotating components to ensure proper functioning of electrical systems and equipment.