hexahedron


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Related to hexahedron: regular hexahedron
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hexahedron
two types of hexahedrons

hex·a·he·dron

 (hĕk′sə-hē′drən)
n. pl. hex·a·he·drons or hex·a·he·dra (-drə)
A polyhedron, such as a cube, that has six faces.

[Greek hexaedron, from neuter of hexaedros, having six sides : hexa-, hexa- + -edros, sided; see -hedron.]

hex′a·he′dral (-drəl) adj.

hexahedron

(ˌhɛksəˈhiːdrən)
n, pl -drons or -dra (-drə)
(Mathematics) a solid figure having six plane faces. A regular hexahedron (cube) has square faces. See also polyhedron
ˌhexaˈhedral adj

hex•a•he•dron

(ˌhɛk səˈhi drən)

n., pl. -drons, -dra (-drə).
a solid figure, as a cube, having six faces.
[1565–75; < Greek hexáedron]
ThesaurusAntonymsRelated WordsSynonymsLegend:
Noun1.hexahedron - any polyhedron having six plane faceshexahedron - any polyhedron having six plane faces
polyhedron - a solid figure bounded by plane polygons or faces
rhombohedron - a parallelepiped bounded by six similar faces (either rhombuses or parallelograms)
References in classic literature ?
The Sphere would willingly have continued his lessons by indoctrinating me in the conformation of all regular Solids, Cylinders, Cones, Pyramids, Pentahedrons, Hexahedrons, Dodecahedrons, and Spheres: but I ventured to interrupt him.
The design pursues stereoscopic shaping that significantly differs from the hexahedron (box shape) of conventional buses.
The proposed cohesive modeling approach is described for hexahedron and pentahedron elements in RADIOSS.
Forty years ago, Winchester's engineers knew the potential in using hexahedron pellets--namely, less wasted space in a shell and more tissue damage upon impact--but they couldn't make the formula work.
As illustrated in figure 4, AABB is defined as the minimum hexahedron that encloses object and of which each edge is parallel to the coordinate axis.
The solution domain accommodating the full-scale car model has a shape of a regular hexahedron, Figure 4.
The conflict between the accuracy and time of calculation is solved through the non-uniform grid of 8-node hexahedron.
For numerical simulation of interlaminar fracture in Mode I should be used the linear hexahedron elements with mesh size 1 mm or 2mm.
Therefore, considering the mesh sensitivity analysis and solution convergence [38], the average mesh size of 35 [micro]m was selected, and eight-node hexahedron C3D8 element was used.
In Code 1, NNodes is the number of nodes in the element (in this paper will be used a hexahedron with 8 nodes) and in this table and in other codes that will be presented during this paper was used a Fortran programming language.
The computation model has been discretized using 920183 elements with 969640 nodes (21623 tetrahedron elements, and 898560 hexahedron elements).