Hyperbolic grid generation procedures are described which have been used in external flow simulations about complex configurations. For many practical applications a single well-ordered (i.e., structured) grid can be used to mesh an entire configuration, in other problems, composite or unstructured grid procedures are needed. Although the hyperbolic partial differential equation grid generation procedure has mainly been utilized to generate structured grids, extension of the procedure to semiunstructured grids is briefly described. Extensions of the methodology are also described using two-dimensional equations
Recent advances in computing power and numerical solution procedures have enabled computational flui...
The computation of flow over complex geometries, such as realistic aircraft configurations, poses di...
An enhanced grid system for the Space Shuttle Orbiter was built by integrating CAD definitions from ...
The hyperbolic scheme is used to efficiently generate smoothly varying grids with good step size con...
An efficient numerical mesh generation scheme capable of creating orthogonal or nearly orthogonal gr...
A suitable grid system for complex three dimensional configurations such as wing/body/nacelle shape ...
Because the governing equations in fluid dynamics contain partial differentials and are too difficul...
The present paper describes a numerical mesh generation technique to be used with an implicit finite...
This report describes a numerical method for generating 3-D grids for general configurations. The ba...
Computational Fluid Dynamics is beginning to play a major role in the design of aerospace vehicles. ...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...
In the past decade significant advances were made using flow field methods in the calculation of ext...
The following papers are presented: (1) numerical methods for the simulation of complex multi-body f...
A fast and versatile procedure for algebraically generating boundary conforming computational grids ...
This paper presents an alternate approach for the generation of volumetric grids for supersonic and ...
Recent advances in computing power and numerical solution procedures have enabled computational flui...
The computation of flow over complex geometries, such as realistic aircraft configurations, poses di...
An enhanced grid system for the Space Shuttle Orbiter was built by integrating CAD definitions from ...
The hyperbolic scheme is used to efficiently generate smoothly varying grids with good step size con...
An efficient numerical mesh generation scheme capable of creating orthogonal or nearly orthogonal gr...
A suitable grid system for complex three dimensional configurations such as wing/body/nacelle shape ...
Because the governing equations in fluid dynamics contain partial differentials and are too difficul...
The present paper describes a numerical mesh generation technique to be used with an implicit finite...
This report describes a numerical method for generating 3-D grids for general configurations. The ba...
Computational Fluid Dynamics is beginning to play a major role in the design of aerospace vehicles. ...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...
In the past decade significant advances were made using flow field methods in the calculation of ext...
The following papers are presented: (1) numerical methods for the simulation of complex multi-body f...
A fast and versatile procedure for algebraically generating boundary conforming computational grids ...
This paper presents an alternate approach for the generation of volumetric grids for supersonic and ...
Recent advances in computing power and numerical solution procedures have enabled computational flui...
The computation of flow over complex geometries, such as realistic aircraft configurations, poses di...
An enhanced grid system for the Space Shuttle Orbiter was built by integrating CAD definitions from ...