AbstractThe construction of two- and three-dimensional computational grids using linear variational methods is analyzed. The generating equations include aspect ratios to prevent grid folding and stretching transformations to distribute grid points. Control functions for adaptive grids can also be included. In all cases, the grid points are determined by solving a diagonally dominant linear system of equations
AbstractVariational grid generation techniques are now used to produce grids suitable for solving nu...
AbstractIn the paper the elliptic variational grid generation technique based on methods of optimal ...
This paper continues the efforts of multiple one-dimensional procedures in developing and assessing ...
AbstractThe construction of two- and three-dimensional computational grids using linear variational ...
AbstractThe present paper is devoted to the development of a system of partial differential equation...
Basic grid point movement schemes are studied. The schemes are referred to as adaptive grids. Weight...
AbstractIn the present study, the discrete variational (DV) grid generation method is used to produc...
A new approach to computational fluid dynamics is explored that attempts to solve the governing equa...
Coordinate system selection is an important consideration in the asymptotic numerical solution of an...
An algebraic adaptive grid scheme based on the concept of arc equidistribution is presented. The sch...
Abstract. A new method for one dimensional adaptive grid generation is introduced based on defining ...
This report describes a numerical method for generating 3-D grids for general configurations. The ba...
This is the published version, also available here: http://dx.doi.org/10.1137/0915049.This paper giv...
This new edition provides a description of current developments relating to grid methods, grid codes...
An unstructured grid adaptation technique has been developed and successfully applied to several thr...
AbstractVariational grid generation techniques are now used to produce grids suitable for solving nu...
AbstractIn the paper the elliptic variational grid generation technique based on methods of optimal ...
This paper continues the efforts of multiple one-dimensional procedures in developing and assessing ...
AbstractThe construction of two- and three-dimensional computational grids using linear variational ...
AbstractThe present paper is devoted to the development of a system of partial differential equation...
Basic grid point movement schemes are studied. The schemes are referred to as adaptive grids. Weight...
AbstractIn the present study, the discrete variational (DV) grid generation method is used to produc...
A new approach to computational fluid dynamics is explored that attempts to solve the governing equa...
Coordinate system selection is an important consideration in the asymptotic numerical solution of an...
An algebraic adaptive grid scheme based on the concept of arc equidistribution is presented. The sch...
Abstract. A new method for one dimensional adaptive grid generation is introduced based on defining ...
This report describes a numerical method for generating 3-D grids for general configurations. The ba...
This is the published version, also available here: http://dx.doi.org/10.1137/0915049.This paper giv...
This new edition provides a description of current developments relating to grid methods, grid codes...
An unstructured grid adaptation technique has been developed and successfully applied to several thr...
AbstractVariational grid generation techniques are now used to produce grids suitable for solving nu...
AbstractIn the paper the elliptic variational grid generation technique based on methods of optimal ...
This paper continues the efforts of multiple one-dimensional procedures in developing and assessing ...