Sentence examples for modeling complex shapes from inspiring English sources
Skinning, also called lofting, is a powerful and popular method for modeling complex shapes.
Fractals are self-similar-scale-invariant entities and often used for modeling complex shapes including natural (e.g., plant, leaf, flower, animal, landscape, etc).
The finite-element (FE) method is commonly used in biomedical engineering to simulate the behaviour of biological structures because of its ability to model complex shapes in a subject-specific manner.
The new distribution is flexible to model complex positive real data sets, i.e., it can have decreasing, UBT shaped and decreasing-increasing-decreasing hazard rate functions (hrfs).
Bio-CAD models with complex shapes are usually created from medical images acquisition, computer tomography or magnetic resonance scan, with different modeling techniques, which result in different accuracy and usability of the generated tessellated or surface computer-aided design (CAD) geometry.
Macroscopic particle modeling has shown to be an alternative to discrete particle modeling and has a potential to model particles with complex shapes.
It's always been hard to capture 3-D virtual models of complex shapes.
The cooling channels designed by our algorithms has very simple connectivity and can achieve effective conformal cooling for the models with complex shapes.
Furthermore, spectral elements are extremely efficient to model propagation phenomena on complex shapes using fewer degrees of freedom than its finite element equivalent (for the same level of accuracy).
Numerical simulation that will capture the complex behaviour of rock fragment systems, e.g., in mining and civil engineering, requires both the computational mechanics capability to model particle interactions between complex shapes and an associated means to represent the kind of arbitrary or angular geometry relevant to problems involving rock fragments.
As the candidates spoke, brightly colored columns of type floated across the screen, zipped from side to side and broke apart to form complex shapes, like molecular models.
