In addition to sensitivity analysis of the dinosaur models, we have constructed a volumetric model of an extant ostrich (Struthio camelus) using exactly the same digitization and CAD modelling procedures used for our dinosaur reconstructions.
The theme is Homeric, but all traces of the neo-Classical style then current in Italian art -- one-point perspective, volumetric modeling, idealized forms -- are absent.
Engineers can predict the economic feasibility and optimum injection rate with the new volumetric model.
In the core of our approach, the multi-resolution volumetric model is used.
In contrast to this, the same was plotted using the modified volumetric model as shown in Figs. 2b, 3b, 4b.
To date, imaging techniques allow image segmentation and volumetric model reconstruction with different clinical applications in CRC.
Based on the proposed volumetric model, the surface reconstruction process becomes robust and stable with respect to sampling noise.
The hierarchical structure of the proposed volumetric model enables data reduction, while preserving significant geometrical features and object topology.
In the latter example we demonstrate how the Rhino functionality may be utilized to create conforming volumetric models for IGA.
The results obtained using the modified volumetric model agrees with the actual field data in comparison to those obtained from Jeff Jones model and Chandra and Mamora model.
