Sentence examples for modelling of dispersed from inspiring English sources

This contribution deals with the application of population balances in the chemical industry for the modelling of dispersed phase systems.

These observations confirm the hypothesis of Beyerlein et al. [1985. Prediction of bubble concentration profiles in vertical turbulent two-phase flow. International Journal of Multiphase Flow 11, 629 641] and Behzadi et al. [2004. Modelling of dispersed bubble and droplet flow at high phase fractions.

What the F.A.A. has not addressed is a deeper question: essentially, whether transportation can follow an Internet-style model of dispersed, rather than congested, activity.

Tucker explains how the regulatory state need not be a fourth branch of government free to steer by its own lights, and how central bankers can emulate the best of judicial self-restraint and become models of dispersed power.

The dynamical model of dispersed particle, named complex structural unit (CSU), with complicated internal structure is suggested.

The good agreement obtained between the computational results and the field test measurements with cross-shaped air injectors demonstrates the capability of this model for dispersed bubbly flow conditions.

In contrast to the two-fluid models, the discrete particle model allows the use of more mechanistic models for dispersed phase coalescence and breakup, wakes, etc., thereby allowing the dynamic prediction of flow regime evolution and transitions without the use of flow regime maps inherent in two-fluid models.

Modelling of a dispersed flow reactor is formulated in terms of a Green's function in such a way that appropriate boundary conditions are incorporated from the outset.

The experimental measured values of the bending stiffness were also in the same range of the calculated stiffness from the Reuss-Voigt model for dispersed particle composites.

Further, to get the input and output profiles of mAb and salts/buffers, the HPLC system, consisting of the mixer, detectors, and tubing was modelled as a sequence of dispersed plug flow reactors and continuous stirred tank reactors (CSTR).

Dispersion of dispersed nanoparticles.