A simple clustering transformation is combined with the Thompson, Thames, and Mastin (TTM) method of generating computational grids to produce controlled mesh spacings. For various practical grids, the resulting hybrid scheme is easier to apply than the inhomogeneous clustering terms included in the TTM method for this purpose. The technique is illustrated in application to airfoil problems, and listings of a FORTRAN computer code for this usage are included
AbstractThis paper discusses an adaptive grid approach, developed using Fortran 77, on quadrilateral...
A grid generation and flow solution algorithm for the Euler equations on unstructured grids is prese...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...
The clustering algorithm is controlled by a second-order, ordinary differential equation which uses ...
A procedure for automatic numerical generation of a structured grid system with coordinate lines coi...
Because the governing equations in fluid dynamics contain partial differentials and are too difficul...
Two elliptic grid generation schemes that yield orthogonal grids are presented (FGBR and UBGR). With...
A suitable grid system for complex three dimensional configurations such as wing/body/nacelle shape ...
A fast and versatile procedure for algebraically generating boundary conforming computational grids ...
Hyperbolic grid generation procedures are described which have been used in external flow simulation...
The computation of flow over complex geometries, such as realistic aircraft configurations, poses di...
A methodology for surface grid generation in three dimensional space is described. The method solves...
A method for generating three dimensional, finite difference grids about complicated geometries by u...
Described is a numerical method for generating 3-D grids for turbomachinery computational fluid dyna...
The goal of our research is to produce a flexible, general grid generator for automated use by other...
AbstractThis paper discusses an adaptive grid approach, developed using Fortran 77, on quadrilateral...
A grid generation and flow solution algorithm for the Euler equations on unstructured grids is prese...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...
The clustering algorithm is controlled by a second-order, ordinary differential equation which uses ...
A procedure for automatic numerical generation of a structured grid system with coordinate lines coi...
Because the governing equations in fluid dynamics contain partial differentials and are too difficul...
Two elliptic grid generation schemes that yield orthogonal grids are presented (FGBR and UBGR). With...
A suitable grid system for complex three dimensional configurations such as wing/body/nacelle shape ...
A fast and versatile procedure for algebraically generating boundary conforming computational grids ...
Hyperbolic grid generation procedures are described which have been used in external flow simulation...
The computation of flow over complex geometries, such as realistic aircraft configurations, poses di...
A methodology for surface grid generation in three dimensional space is described. The method solves...
A method for generating three dimensional, finite difference grids about complicated geometries by u...
Described is a numerical method for generating 3-D grids for turbomachinery computational fluid dyna...
The goal of our research is to produce a flexible, general grid generator for automated use by other...
AbstractThis paper discusses an adaptive grid approach, developed using Fortran 77, on quadrilateral...
A grid generation and flow solution algorithm for the Euler equations on unstructured grids is prese...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...