centrifugal acceleration

Inside the shell of the world, centrifugal acceleration created an artificial gravity.

As the heliogyro travels through space the system spins around because of the centrifugal acceleration.

This is sped up by centrifugal acceleration produced from the rotating parts contacted.

Orbiting meant that centrifugal acceleration exactly balanced local gravity.

These are all examples of centrifugal acceleration.

The centrifugal acceleration allows a researcher to obtain large (prototype-scale) stresses in small physical models.

A rotating tether will create a controlled force on the end-masses of the system due to centrifugal acceleration.

The centrifugal acceleration increases linearly on the radius of rotation R (variable).

Centrifugal acceleration is used to separate the outer hull from the inner oat groat.

Little work was needed to make the cylinder smooth, control precession, and give it a centrifugal acceleration of one g at the circumference.

Loading events included sudden changes of centrifugal acceleration and rapid application of load at the pile head.

The idea to use centrifugal acceleration to simulate increased gravitational acceleration was first proposed by Phillips (1869).

Liquid (usually water) is fed into the pump and, by centrifugal acceleration, forms a moving cylindrical ring against the inside of the casing.

This indicates that if speed increases, centrifugal acceleration force also increases in proportion to the square of the speed.

The centrifuge is capable of producing 75g's of centrifugal acceleration at its effective radius of 8.5 m.

Producing a centrifugal acceleration:

Decanter centrifuges, in which there is no physical separation between the solid and liquid phase, rather an accelerated settling due to centrifugal acceleration.

The first resembles the usual expression of Newton's Second Law, whilst the second is essentially the centrifugal acceleration.

The applied acceleration a (in ms) can be either the gravitational acceleration g, or more commonly the centrifugal acceleration .

Centrifugal acceleration of astroparticles to relativistic energies might take place in rotating astrophysical objects (see also Fermi acceleration).

In soil mechanics, centrifuges utilize centrifugal acceleration to match soil stresses in a scale model to those found in reality.

The Eötvös effect is the change in perceived gravitational force caused by the change in centrifugal acceleration resulting from eastbound or westbound velocity.

On the other hand, if the magnetic field lines are rotating (which is the case for the above-mentioned astrophysical objects) the particles will inevitably undergo centrifugal acceleration.

Osmanov & Rieger considered the centrifugal acceleration of charged particles in the light cylinder area of the Crab-like Pulsars.

Toppling will occur when the overturning moment due to the side force (centrifugal acceleration) is sufficient to cause the inner wheel to begin to lift off the rail.