Searching for "Cubic shells." – sorted by Relevance.
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Algorithms for Design and Interrogation of Functionally Gradient Material Objects
- be easily constructed by checking each bucket in the cubic shell that is offset at that value. After
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Efficient Light Propagation for Multiple Anisotropic Volume Scattering
- out across the faces of a cubical shell. Figure 6 shows the weights for one of the 24 direction bins
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Query enhancement by user profiles
- to retrieval within an n-dimensional cubical shell. Figure I. Documents within the sphere retrieved as relevant
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Improving the Query Performance of High-Dimensional Index Structures by Bulk Load Operations
- on concentric cubic shells as in the third partitioning in Figure 3. Note that, this partitioning cannot
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The computational complexity of sandpiles
- is odd, and separate it into a series of j cubic shells of size 1, 3, 5, . . ., 2j − 1 = l. A toppling
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Adding Long Wavelength Modes to an
- volume, with no need of overlapping the outermost cubic shell of modes with the preexisting power
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Buckling Optimization of Laminated Hybrid Composite Shell Structures Using Discrete Material
- ], but several other quadratic and cubic shell finite elements have also been implemented. The element stiffness
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Partitioning Meshes with Lines and Planes
- the centermost (5k=11) d vertices, leaving a hollow cubic shell with sides 3k=11 vertices thick. Now divide
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Partitioning Meshes with Lines and Planes
- the centermost (5k=11) d vertices, leaving a hollow cubic shell with sides 3k=11 vertices thick. Now divide
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