Mesh generation for aerospace applications

On Efficiency of an Unstructured Grid Generation Method for Aerospace Applications

Parallel Two-Dimensional Unstructured Anisotropic Delaunay Mesh Generation for Aerospace Applications

PARALLEL TWO-DIMENSIONAL UNSTRUCTURED ANISOTROPIC DELAUNAY MESH GENERATION FOR AEROSPACE APPLICATIONS Juliette Kelly Pardue Old Dominion University, 2015 Director: Dr. Andrey Chernikov A bottom-up approach to parallel anisotropic mesh generation is presented by building a mesh generator from the principles of point-insertion, triangulation, and Delaunay refinement. Applications focusing on high...

Automatic Detail Reduction for Mesh Generation Applications

Increasing resolution in computational simulation is enabling the use of original CAD design models as the basis of mesh generation. Because of varying resolution requirements, geometric detail removal is a critical part of this process. Three classes of geometry details are classified by their removal method: direct detail removal seeks to remove details directly by compositing them with neigh...

Feature Recognition Applications in Mesh Generation'

The use of feature recognition as part of an overall decomposition-based hexahedral meshing approach is described in this paper. Our meshing approach consists of feature recognition, using a c-loop or hybrid c-loop method, and the use of cutting surfaces to decompose the solid model. These steps are part of an iterative process, which proceeds either until no more features can be recognized or ...

Efficient unstructured mesh generation for marine renewable energy applications

Renewable energy is the cornerstone of preventing dangerous climate change whilst maintaining a robust energy supply. Tidal energy will arguably play a critical role in the renewable energy portfolio as it is both predictable and reliable, and can be put in place across the globe. However, installation may impact the local and regional ecology via changes in tidal dynamics, sediment transport p...