Sentence examples for material rotating from inspiring English sources

This formulation is developed to take into account the influences of stacking sequence, fiber orientation and shear-normal coupling on rotating composite shafts characteristics: natural frequencies and critical speeds and also to analyse the dynamic behaviour of functionally graded material rotating shafts.

Furthermore, Layerwise Shaft Theory results revealed that fiber orientations, stacking sequences and shear-normal coupling have a significant effect on the dynamic behaviour of rotating composite shafts and that constituent material properties and power law index have an important influence on the dynamic behaviour of functionally graded material rotating shafts.

Among other things, giant cell circulation helps transport energy from the sun's polar regions to its equator, where material rotates around the sun about 10 days faster than it does near the poles.

A complicated spin texture lattice in a bulk material rotates under the influence of a tiny electrical current.

Materials in rotating machinery are typically subjected to loading conditions that combine both low cycle fatigue (LCF) and high cycle vibratory fatigue (HCF).

The translation of the tool entrains the material from the advancing side, and the material is rotated around the pin and deposited on the rear of the retreating side.

The vane method has been used to measure mudcake strength in which a bladed vane sensor is inserted into the material and rotated until the torque reaches a maximum.

A resolution loss of ∼40% (from a resolution of m/Δm = ∼8000 at full width at half maximum) was observed when a three-grid orthogonal accelerator constructed with this material was rotated through 90° from the predicted ideal orientation.

The presence of a space charge region induces an internal electric field within the charged region that, in a ferroelectric material, would rotate the polarisations to align with the field.

We postulate that the granular material falls in a thin layer along the line of steepest descent in the surface, which line is inclined at the angle of repose to the horizontal; the granular material then rotates with the cylinder in 'solid body' motion.

A novel absorber design proposes sloshing of granular material in a rotating cylinder where the granular material is the energy dissipating agent.