Sentence examples for drop dynamic from inspiring English sources

This paper mainly deals with the following two aspects to reveal the rotor drop: dynamic analysis including fatigue life prediction, and corresponding thermal growth.

With highly viscous non-Newtonian liquids the hydrodynamic characteristics (pressure drop, dynamic and total liquid holdups) of two-phase downflow are close to those of two-phase upflow the axial dispersion appears to be an important cause for the possible effects of the hydrodynamics on the reactor performance.

We utilize a new oscillating-drop dynamic tensiometer that sinusoidally and infinitesimally expands and contracts a crude-oil droplet immersed in brine at a fixed frequency and measures the resulting dynamic interfacial stress from image analysis and axisymmetric drop-shape analysis.

The critical micelle concentration is found to be significant in determining whether the drop dynamics correlate with the dynamic surface tension data from the maximum bubble pressure apparatus.

A qualitative but likely interpretation is that the solar wind structures with abrupt drop of dynamic pressure are preferentially accompanied by an enhancement of IMF-By component.

They have documented that normal faulting aftershocks in the area of high slip indicate total stress drop or dynamic overshoot on the mainshock fault plane (e.g., Hasegawa et al., 2011).

In this work, the two-phase pressure drop and dynamic liquid hold-up during max/min and on/off periodical operation were predicted using a model based on the relative permeability concept.

The conventional approach examines a range of performance indicators such as pressure drop profiles, dynamic capacity, and breakthrough curves where scaled down columns are repeatedly loaded with fouling material (Boushaba et al., 3; Bracewell et al., 4; Chau et al., 5; Shepard et al., 26).

In this paper, for getting analytical results of the cubic and cubic-quintic nonlinear equation arising from packaging system, Ren-He's method is used to solve the dropping shock dynamic equations of the system, and the approximate solutions including the displacement response, acceleration response and the dropping shock duration are obtained.

This investigation revealed the existence of two stable flame types (one lean and one rich) separated by a region of unstable flames characterized by very distinct flame shapes, flame pressure drops, and dynamic pressure oscillations.

The dynamic drop radius can be characterized as the drop begins to spread.