Примери за mesh

• Bootstrapping knowledge representations: from entailment meshes via semantic nets to learning webs.

• Figure 12.3 shows meshes generated by the two estimators.

• To construct finite element s meshes for these domains is very complex and nearly impossible.

• In this paper, meshing a spatial domain means decomposing a polyhedron into tetrahedra that form a simplicial complex.

• Computational resources hardly ever permit us to use very fine meshes on threedimensional domains.

• The difference in the meshes can be explained as follows.

• We will examine what we can achieve on meshes constructed on the basis of the weighted a posteriori error estimate (3.18).

• In applications these functions exhibit strong variations (several orders of magnitude) in space, which requires the use of locally refined meshes.

• We will see later that meshes of tetrahedra with small ratio also have nice combinatorial properties, such as constant size vertex stars.

• The error estimates are computed as the maximum norm of the difference of two solutions computed on different meshes.

• Clearly, complementary childcare can only support parents if the times that relatives (or friends) are available meshes with the times when parents require childcare.

• All the models were meshed at an atypically high density in order to achieve a smooth deformation having high precision.

• They were playing syncopated things that were meshing with the snare drum.

• The suspensions of nuclei were passed through two nylon meshes of 60 and 20 m pore size.

• However, triangular meshes are more flexible in modelling complicated geometries and much easier to generalize to three dimensions.