Sentence examples for nominal rotation from inspiring English sources

The presence of unpredicted squeal frequencies points towards the importance of other effects, such as the disc nominal rotation speed and the value of the normal preload.

In addition, the peak efficiency under the best matching can be improved 0.67% and 1.16% at 80% and 100% nominal rotation speed, respectively.

The radial expansion of the rotor which occurs at the nominal rotation, and therefore the occurrence of distortions of the bearing gaps due to enormous centrifugal forces that affect the rotor masses, is rendered ineffective by means of a centrifugal force invariant inner outline of the rotor.

Flexible multi-rotor systems are defined as rotor assemblies consisting of flexible shafts and rigid bodies which perform small motions with respect to arbitrary nominal rotations, each rotation being different for different rotor in general.

Ranges of nominal rotational alignment are not well defined, especially for the tibial component and for relative rotational mismatch, and some studies advocate the use of mobile-bearing TKR to accommodate the resulting small rotation errors.

This is slower than the nominal Super-Rotation speed of 100 m/s usually found in the UV imaging of the cloud top at around 65 72 km (Kawabata et al. 1980; Limaye and Suomi 1981; Belton et al. 1991; Peralta et al. 2007; Sanchez-Lavega et al. 2008; Ignatiev et al. 2009; Hueso et al. 2015).

The nominal length of rotation can be extended beyond that used here for fast-growing plantations by extending the relevant sections of all worksheets to the right.

This includes the propagation of a slanted crack in a 4-point bending specimen, a Compact Tension Shear Rotation Specimen under nominal Mode-III loading and a biaxial test of a square specimen with holes.

Significant differences in total axial rotation for the nominal and outlier groups were not detected (p > 0.05) for the increments of flexion.

Significant differences in total axial rotation for the nominal and outlier groups occurred for increments of flexion from 30° to 60° (p = 0.05) and 100° to 120° (p < 0.001).

Knees with femoral-tibial rotational mismatch had significantly lower total axial rotation compared to knees with nominal alignment.