Sentence examples for dimensional models based from inspiring English sources
One dimensional models based on conservation of mass, species and energy were used to predict important state variables such as reactant and product concentrations, temperatures of various components, flow rates, along with pressure, in various components of the storage system.
The open-loop results from MOC are compared with a large dimensional model, based on the method of lines.
A one dimensional model based upon open-channel flow principles is proposed for unsteady flows driven by prototype tsunami waves, providing empirical estimates for drag and hydrostatic coefficients.
The radial profiles were generally flat; this allowed the description of the suspension by a mono dimensional model, based on turbulent dispersion.
The estimation approach uses a low dimensional model based on a truncated 6 mode Double Proper Orthogonal Decomposition (DPOD) applied to the streamwise velocity component of the flow field.
Analysis of the results shows that many of the variables of interest, including mass fractions and current densities, exhibit similar profiles along the channel, which suggests that reduced dimensional model based on appropriate similarity variables might be suitable for rapid calculations.
Spatially averaged low-dimensional models based on Liapunov Schmidt technique of bifurcation theory have been developed to study mixing effects in peroxide-induced reactive extrusion of polypropylene degradation.
The effects of the membrane and shell-side hydraulic permeabilities on the volumetric flow rates and spatial flow distribution were investigated and the predictions were compared with those of one-dimensional models based on the Krogh cylinder approximation.
Three-dimensional models based upon the structure mask of AqpZ (2ABM, Z-score = 33 34) indicate that Aqp12L1 is highly constricted due to a Phe on TMD2, while Aqp12L2 has a more open conformation due to the substitution of the Phe for an Ile in this position (Additional file 1: Figure S1E-F).
