Sentence examples for behavior of the dense from inspiring English sources

The increase in normal stresses is generally explained by the dilatant behavior of the dense sand mobilized by the relative displacement between the sand material and the moving pipe [24].

This investigation reveals that the normal stress induced by double-sided pressures only has an effect on the fracture behavior of the dense sheet or tube metals and has no practical significance in the metal forming production.

It has been found that the bulk dynamics provides information of the global behavior of the dense phase and allows characterizing the slugging dynamics with correlation dimension 2.2

To investigate the structural stability of the dense layer in an asymmetric membrane, sandwich samples of Ba0.5Sr0.5Co0.8Fe0.2O3-δ (BSCF) and La0.6Sr0.4Co0.2Fe0.8O3-δ (LSCF) with porous substrate and dense layers on both side were tested by three-point bending with respect to creep rupture behavior of the dense layer.

In the last thirty years, both theoretical and experimental investigations supported the analysis of the behavior of dense gases when released in the atmosphere.

A model aimed at predicting the behavior of inclined dense jets in a stagnant environment was proposed.

In this study, we investigate the behavior of a dense contaminant injected from a point-source in a fracture.

Findings indicate that the method is capable of tracing the motion behavior of dense objects in the bottom of a bed.

We report on the mechanical behavior of a dense brush of small-diameter (1 3 nm) non-catalytic multiwall (2 4 walls) carbon nanotubes (CNTs), with ∼10 times higher density than CNT brushes produced by other methods.

To address the bulk behavior of a dense granular bed sheared by a laminar Poiseuille flow, we carried out numerical simulations to reproduce the experimental results of Aussillous et al. (2013), who studied pressure-driven flows over glass spheres with a mean diameter D p = 1.1 mm and a standard deviation of σ(D p ) = 0.1 mm as a sediment material.

The results demonstrate the capabilities of CFD to provide many useful information on dispersion behavior of a dense media and thereby minimizing the risks from major hazards by modeling the worst-case scenarios effectively.