Sentence examples for flow quantities such as from inspiring English sources

Flow quantities such as the fractal dimension of streamlines can be obtained accurately with much lower data density.

The groups that represent dimensionless rheological properties (e.g. Deborah number, Carreau number and Bingham number) involve flow quantities such as characteristic velocities or deformation rates.

Calculations of pressure drop and liquid holdup are observed to compare favourably with experimental measurements, and predicted flow quantities such as velocity and wall shear stress are also satisfactory, provided that the flow conditions at the gas liquid interface remain steady or quasi-steady.

DR depends on the power, the flow and many other quantities such as axial and radial neutron flux distribution, feed water temperature, void fraction, etc.

We demonstrated that physiologically realistic results can be obtained from the model by comparing simulated quantities such as regional blood flow, pressure and flow waveforms, and pulse wave velocities to known values in the literature.

The proposed approach has been compared with alternative quantities such as density, flow or the "crowd pressure" showing a more universal and consistent description of crowd motion.

From measured line profiles we deduced physical quantities such as temperature and flow velocities along the line of sight.

The main novelty of the study is in the introduction of a simple model that allows to evaluate integral quantities, such as hydrogen permeate flow rate and yield, on the basis of physical parameters and not through fitting of transport coefficients.

The analysis shows, for the first time, that the distributed parameter theory of plane wave propagation in a perforated pipe provides a more satisfactory setting than the segmentation method for the analysis of the effects of axially varying quantities such as the mean flow velocity.

The objective of brain perfusion quantification is to generate parametric maps of relevant hemodynamic quantities such as cerebral blood flow (CBF), cerebral blood volume (CBV) and mean transit time (MTT) that can be used in diagnosis of acute stroke.

To achieve this, deconvolution is used in perfusion imaging to obtain the Impulse Response Function (IRF) that is then used to create parametric maps of relevant hemodynamic quantities such as cerebral blood flow (CBF), cerebral blood volume (CBV) and mean transmit time [5 7].