Sentence examples for rolling characteristic from inspiring English sources

The rolling characteristic was observed only in this experimental set and is likely due to pressure variations that occurred when switching between lines.

Based on Cesaro's approach in differential geometry, the continuous and discrete mapping models are established in this paper, which are effectively applied to study of the pitch curves, the velocity-ratio function, the rolling characteristic and the "polygon" effect, etc. in the variable-ratio chain/belt drives.

The rolling angles at which the marbles on an inclined surface began to move, as well as the marble rolling characteristics, were assessed for various particle sizes and materials.

However, when simulating monocyte rolling and adhesion, we assumed that monocytes and neutrophils share similar rolling characteristics on P-selectin.

With their Adhesive Dynamics simulations, Hammer and co-workers have elegantly demonstrated how challenging it can be to generate similar rolling characteristics in silico when using physical and mechanical representations combined with traditional modeling formalisms [ 9- 11].

The first component uses railroad system component data provided as an input, such as track and infrastructure characteristics (curvature and grades), station and yard layout, signaling system, and rolling stock characteristics, to calculate the train speed along the track.

The rolling stock characteristics, infrastructure and the operational rules of IR [28] make the system unique from the other railway setup used elsewhere in the world.

The new rolling stock characteristics were based on the London Underground Central Line rolling stock, with a maximum speed of 100 km/h and a constant initial acceleration of 1.3 m/s2, although the maximum power rating of the traction equipment was assumed to be the same as the existing Metrocars.

But he ran out of ideas for the rolling bars — mechanisms characteristic of the brand's models that operate date and moonphase indicators.

For loads perpendicular to plane the characteristic rolling shear strength appears to have a significant variability among the different layups for all three applied methods, while for loads in plane the consideration of a combined rolling and torsional shear failure criterion provides more consistent results with respect to a less rigorous approach.

Longer-acting dermal fillers have the advantage of predictably longer persistence and may be appropriate for larger areas characteristic of rolling scars.