a ROTOR is basically any part of a machine that rotates. eg the armature in a motor
a STATOR is the part of a machine that is stationary. ie the ROTOR revolves within the STATOR
The best way for one to understand what turbomachinery does is to look at a turbine. Turbomachinery is when machines transfer energy from a rotor to a fluid.
Wind turbines utilize several simple machines to convert wind energy into electricity. The main components include the rotor blades, which act as levers to harness wind force, and the gearbox, which functions as a mechanical advantage system to increase rotational speed. Additionally, the turbine's tower acts as a pulley system, lifting the rotor to an optimal height for wind capture. Together, these simple machines enhance efficiency and performance in energy generation.
The simplest of pumps. A vaned rotor rotates inside the pump body. The water spins to the outside of the pump rotor and is forced out of the outlet pipe. The differential pressure across the pump continuously reprimes it. Very common in vehicle cooling systems, power showers and in washing machines.
Bearing span is basically the surface area of the inner ring on which the rotor rotates .
The word rotor is used to refer to a rotating part of a machine. It is also a palindrome.
The Rotor!
sailant
A round rotor is a type of rotor used in electric machines, such as motors and generators, characterized by its circular or cylindrical shape. This design allows for uniform magnetic field distribution and efficient operation. Round rotors are commonly found in synchronous machines and are known for their ability to handle high speeds and provide smooth performance.
Mean Machines was created in 1990.
The best way for one to understand what turbomachinery does is to look at a turbine. Turbomachinery is when machines transfer energy from a rotor to a fluid.
Rear is to the back of the vehicle. Brake rotor is the rotating part of a disc brake.
Do you mean rotor? If so, remove the distributor cap and remove the old rotor and install the new one. Simple repair.
to force the generation machines ( generator in power plant) to work on constant speed which mean constant frequency for any power network n= 120 F / p
The rotor is a crucial component in various machines, especially in electric motors and generators. Its primary function is to convert electrical energy into mechanical energy or vice versa, depending on the application. In electric motors, the rotor rotates to create motion, while in generators, it helps convert mechanical energy into electrical energy. The rotor's design and operation are key to the efficiency and performance of these devices.
for salient type motor Lq>Ld, and non-salient type motor Lq=Ld; Lq and Ld are q-d axis inductanceAnswer'Salient' means to 'stick out', so a 'salient pole' machine is one whose rotor windings are fitted to pole pieces that stick out from the rotor shaft. A 'non-salient pole' machine is one in which the windings are placed in slots machined along the length of the rotor.Salient pole machines run slower and have more poles than slotted-rotor machines, and are typically used in alternators run by water turbines; slotted-rotor machines are typically used in alternators run by high-speed steam/gas turbines.
Induction machines can be used as brakes by operating them in reverse mode, where they act as generators. By connecting the rotor to a load, such as a resistor or a grid, the machine converts kinetic energy from the rotating shaft into electrical energy, which dissipates as heat. This process creates a drag force on the rotor, effectively slowing down the mechanical system. Additionally, the braking torque can be controlled by adjusting the load or the rotor speed, making it a versatile braking method in various applications.
You probably have a warped rotor(s). Machining or replacement of rotor(s) is necessary to eliminate that.