Enforcing such constraints may be necessary (i) to produce models to sufficiently accurate tolerances for import into a CAD system, and (ii) to produce models which successfully reproduce regularities and symmetries required by engineering applications.
In this context, Blanz and Vetter [28, 29] proposed a suitable face recognition system using 3D morphable model and Georghiades et al. [2] proposed illumination cone models which successfully performs face recognition under pose and lighting variations, using the techniques of photometric stereo.
The model, which successfully described the size and PdI of the nanoparticles, was the polynomial models including diverse numbers of terms and different combinations of factors.
Freundlich retardation factors established in this study was employed to one-dimensional (1-D) solute transport model, which successfully stimulated good prediction for sorption by fly ash.
It was found that the model which successfully described the size increasing of nanoparticles was a simple polynomial containing the main effect of two factors, interaction, and the square term of chitosan molecular weight.
The proposed model, which successfully provides an easy and accurate prediction for metal extraction from a porous solid matrix, can help to reveal the extraction mechanism and optimize the operational conditions for future scale-up designs.
A simple model, which successfully correlated experimental results for this aspect of phase behaviour of binary n-alkane systems, is demonstrated to quantitatively describe the behaviour of perfluorinated alkanes as well.
"We now have a more sophisticated model for the evolution of the Solar System called the Nice model, which successfully explains many of the features of the Solar System, with the planets having migrated outwards and then maybe also inwards," said Dr Kuppers.
Very large and unexpected tensile stress oscillations were observed in the ceramic layers, leading to a refinement of the numerical model which successfully reproduced the oscillations and also demonstrated that separation of the sample layers led to trapping of the stress wave within the layers.
The strong correlations between the parameters and body mass motivated the development of the allometric niche model, which successfully predicted 68% of the links in the network and had AIC = 535 compared to AIC = 385 for the probabilistic niche model.
The authors develop a simple model, which successfully captures some of the key features observed, but does one essential feature – the starting localization at the anterior of the cell.
