Sentence examples for rotational effect from inspiring English sources

The technique, linearly increasing strides, counteracts the rotational effect that makes disk drives difficult to measure.

She was a key contributor to revise the age of Hyades using stellar Isochron taken into account rotational effect.

A sliding mesh algorithm was also employed to consider the rotational effect of the blades.

This, coupled with the rotational effect of a cracked rotor and the non-linearities due to a breathing crack model introduces sum and difference frequencies in the response of cracked rotor.

The rotational effect is not considered (the Coriolis parameter f is set to zero), because we focus on phenomena with time scales shorter than the atmospheric rotation.

In this work, an improved blade element model (BEM) is developed by correcting the code with tip loss, Buhl empirical correction, skewed wake, and rotational effect.

Given that the conservation of angular momentum results in most stars and planetary bodies having a significant amount of overall rotation, rotational effects will often be present even in dynamos not requiring them for their operation (Olson 2013).

The slowing of the planet's initial high rotation rate by tidal forces (see above Orbital and rotational effects) would have produced compression in Mercury's equatorial latitudes.

More recently, fully simultaneous coupled viscous inviscid solvers employing the double wake method have been applied to yacht sail systems [15], the unsteady case of pitching airfoils in stall conditions [16], and the quasi-3D (2D panel method with rotational effects from Coriolis and centrifugal forces) cases of, initially, rotating airfoils [17] and, later, full wind turbine rotors [18].

Starting with weak fields, the introduction of magnetic fields generally modifies the Stewartson layer (in the case of rapid overall rotation) or the equatorial jet (in the case of outer stationary or slow outer rotation); as the applied field gets stronger, it can eventually dominate rotational effects, with field lines structuring the flow.

Looking to astrophysical bodies, the often close alignment found between the direction of dipolar fields and the axis of rotation, such as is found for the Earth, also hints at rotational effects being important in organizing the geometry of the magnetic field that results, if not in the initial generation of this field (see, e.g., Chp. 2 of Rüdiger and Hollerbach 2004).