Add to ORKGThis paper presents some recently added capabilities to RAGGS, Rockwell Automated Grid Generation System. Included are the trimmed surface handling and display capability and structures and unstructured grid generation on trimmed Bezier and NURBS (non-uniform rational B-spline surfaces) quilted surfaces. Samples are given to demonstrate the new capabilities
The National Grid Project has been under development at the NSF Engineering Research Center at Missi...
A grid generation system was developed that enables grid generation for complex configurations. The ...
opment activities of this effort are focused on the advancement of methodologies to increase the eff...
A very important, but often overlooked step in grid generation is acquiring a suitable geometry defi...
Bezier and B-spline patches are popular tools in surface modeling. With these methods, a surface is ...
The algorithms for volume grid generation using NURBS geometric representation are presented. The pa...
The algorithm for surface modeling and volume grid generation using parametric Non-Uniform Rational ...
Important issues involved in working with complex geometries are discussed. Approaches taken to addr...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...
The past ten years have seen steady progress in surface modeling procedures, and wholesale changes i...
In the field of Grid Generation and the CAD/CAM, there are numerous geometry output formats which re...
An outline is presented for the creation of surface grids from primitive geometry data such as obtai...
This paper provides a basic overview of NURBS and their application to numerical grid generation. C...
GridTool is designed around the concept that the surface grids are generated on a set of bi-linear p...
The goal of our research is to produce a flexible, general grid generator for automated use by other...
The National Grid Project has been under development at the NSF Engineering Research Center at Missi...
A grid generation system was developed that enables grid generation for complex configurations. The ...
opment activities of this effort are focused on the advancement of methodologies to increase the eff...
A very important, but often overlooked step in grid generation is acquiring a suitable geometry defi...
Bezier and B-spline patches are popular tools in surface modeling. With these methods, a surface is ...
The algorithms for volume grid generation using NURBS geometric representation are presented. The pa...
The algorithm for surface modeling and volume grid generation using parametric Non-Uniform Rational ...
Important issues involved in working with complex geometries are discussed. Approaches taken to addr...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...
The past ten years have seen steady progress in surface modeling procedures, and wholesale changes i...
In the field of Grid Generation and the CAD/CAM, there are numerous geometry output formats which re...
An outline is presented for the creation of surface grids from primitive geometry data such as obtai...
This paper provides a basic overview of NURBS and their application to numerical grid generation. C...
GridTool is designed around the concept that the surface grids are generated on a set of bi-linear p...
The goal of our research is to produce a flexible, general grid generator for automated use by other...
The National Grid Project has been under development at the NSF Engineering Research Center at Missi...
A grid generation system was developed that enables grid generation for complex configurations. The ...
opment activities of this effort are focused on the advancement of methodologies to increase the eff...