The phrase "automatic mesh generation" is correct and usable in written English.
It can be used in contexts related to computer graphics, engineering, or computational modeling where mesh structures are created automatically by software.
Example: "The software's automatic mesh generation feature significantly reduces the time required for model preparation."
Alternatives: "automated mesh creation" or "automatic mesh construction".
In earlier work, we demonstrated the feasibility of this approach in two dimensions through the construction of an automatic mesh generation environment capable of generating geometrically exact unstructured meshes comprised of rational Bézier triangles.
The method also has same advantages as isogeometric analysis like automatic mesh generation and exact geometry representation.
This size map then represents a constraint that has to be respected by automatic mesh generation procedures.
Consequently, these faces and edges are considered as geometric artefacts that are irrelevant for the automatic mesh generation process.
The vectorized digital images are used as inputs for finite element mesh generations using automatic mesh generation techniques.
This chapter focuses on the automatic mesh generation methods based on the advancing front method and the Delaunay triangulation method.
The attempt to create a fully automatic mesh generator, which is a particular mesh generation algorithm that is capable of generating valid finite element meshes over arbitrary domains and needs only the information of the specified geometric boundary of the domain and the required distribution of the element size, started in the early 1970s.
The finite element mesh is generated using FEFLO Ws automatic mesh generator with triangular elements.
We propose automatic hexahedral mesh generation with sharp features to precisely represent the corresponding features of a target shape.
An automatic quadrilateral mesh generation algorithm using initial design information to satisfy the constraints imposed by the ship structure is also proposed.
In this paper, several examples were used to illustrate the effectiveness and applicability of the proposed algorithm for automatic structured mesh generation, and the implementation of the method.
