Sentence examples for implicit geometry from inspiring English sources

In this regard Implicit Geometry Meshing (IGM) algorithms are promising alternatives to the more conventional explicit methods.

The implicit geometry by the level sets is transformed into the parametric NURBS curves by minimizing the difference of velocity fields in both representations.

During the optimisation process non-uniform rational b-splines are fitted through the zero level set contours, which links an implicit geometry representation to its structural model.

The procedural model for damage degree 4 follows a completely different approach and resorts to 3D models of structural elements (slab, beam, window, door, intact wall, damaged wall, and so on) that are inserted in the building 3D model as implicit geometry objects.

An implicit geometry-based meshing procedure is subsequently used to produce a high quality discretization of the obtained RVEs.

Because of the implicit description of the geometry during remeshing, the IGM procedure turns out to be highly robust and generates spatial discretizations of high quality regardless of the complexity of the flash shape and its inclusions.

The proposed method is based on the use of implicit functions for the geometry definition, fixed weighted least squares approximation and an error estimation by means of simple formulas and a robust strategy of refinement based on the own nature of the approximation sub-domains utilised.

The level set method is used to provide an implicit description of the structural geometry, which is capable of automatically handling topological changes, i.e. holes merging with each other or with the boundary.

The LSM is used to provide an implicit description of the structural geometry, and is also capable of automatically handling topological changes, i.e. holes merging with each other or with the boundary.

18– 22 The effect of implicit solvation was included during geometry optimization using the SMD model for dichloromethane.

It includes dividing the complex geometries into generic implicit features (cubes, cylinders, prisms) with known geometric characteristics to facilitate feature selection depending on required output Geometric Dimensioning and Tolerancing (GD&T), fit for assembly evaluation and other geometric properties.