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A viscous coupling can be described as a mechanical coupling, which transfers torque and rotation from different source to the piece, where it
is needed. The most common example of such a coupling is that between a
spring and a shaft, where the spring absorbs the torque before it is allowed to develop.
This kind of coupling can be found in numerous scenarios.
It is for instance when two cylindrical objects
in the wind tunnel are utilized as well as when two
moving parts within a gyroscope. The force component of the
system is different depending on whether it is
in an axial or eccentric position. Because there are
many different types, it's an ideal solution for any issue that requires viscous coaling.
Concentric slips are the most commonly used type of viscous couplings.
Concentric slips have one axle which is located closer to
the other than the other. This means that the torque can be altered when the distance between points alters.
Although there are a variety of concentric-slip models available, the primary criteria for choosing these
units is that they can be able to handle the rotation of only one axle.
They are able to accommodate many different coupling styles.
A viscous coupling may also be utilized between the front and rear wheel drive.
The first drives the wheels at the rear. This type
of coupling needs an amount of slip on both lead pipes and spindle arms.
Since the former is required to be always in contact with the
wall to function, it typically requires some sort of damping
or oil to prevent damage to the components. If you have
a bit of imagination and the right materials, any type of coupling can perform.
Couples that are efficient are best chosen with care as each has its own set of advantages and drawbacks.
Https://pl.wikipedia.org/wiki/Plik:Viscous_coupling_unit2.jpg