Add to ORKGAIBIrjet--The paper describes a technique for the generation of boundary-fitted ¢urvilinear coordinate systems for the numerical solution of partial differential equations in two space dimensions. The technique is algebraic, has a transfinite character, and is based on the blending of shearing transformations. Applications to numerical grid generation for problems in the field of computational fluid dynamics are presented. 1
The need for fast grid generation has become an important part of solving large complex computationa...
The General Interpolants Method (GIM) code which solves the multidimensional Navier-Stokes equations...
AbstractAn iterative variation of the linear-element complex variable boundary element method (CVBEM...
The paper describes a technique for the generation of boundary-fitted curvilinear coordinate systems...
The solution of problems in Computational Fluid Dynamics (CFD), using finite difference, finite volu...
The first two truncation error terms resulting from finite differencing the convection terms in the ...
The finite element method for fluid dynamics was used to develop a two dimensional mesh generation s...
This new edition provides a description of current developments relating to grid methods, grid codes...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...
Computational Fluid Dynamics is beginning to play a major role in the design of aerospace vehicles. ...
A new coordinate generation technique, developed by Davis for external flows, is extended to allow f...
The details of extended physical processes, such as the gas dynamic flow over an airfoil, the reacti...
An efficient computer program, called GRID2D/3D was developed to generate single and composite grid ...
Hyperbolic grid generation procedures are described which have been used in external flow simulation...
The solution of partial differential equations which describe physical phenomena by the use of coord...
The need for fast grid generation has become an important part of solving large complex computationa...
The General Interpolants Method (GIM) code which solves the multidimensional Navier-Stokes equations...
AbstractAn iterative variation of the linear-element complex variable boundary element method (CVBEM...
The paper describes a technique for the generation of boundary-fitted curvilinear coordinate systems...
The solution of problems in Computational Fluid Dynamics (CFD), using finite difference, finite volu...
The first two truncation error terms resulting from finite differencing the convection terms in the ...
The finite element method for fluid dynamics was used to develop a two dimensional mesh generation s...
This new edition provides a description of current developments relating to grid methods, grid codes...
AbstractThis paper is concerned with analysis and applications of geometry-grid generation methodolo...
Computational Fluid Dynamics is beginning to play a major role in the design of aerospace vehicles. ...
A new coordinate generation technique, developed by Davis for external flows, is extended to allow f...
The details of extended physical processes, such as the gas dynamic flow over an airfoil, the reacti...
An efficient computer program, called GRID2D/3D was developed to generate single and composite grid ...
Hyperbolic grid generation procedures are described which have been used in external flow simulation...
The solution of partial differential equations which describe physical phenomena by the use of coord...
The need for fast grid generation has become an important part of solving large complex computationa...
The General Interpolants Method (GIM) code which solves the multidimensional Navier-Stokes equations...
AbstractAn iterative variation of the linear-element complex variable boundary element method (CVBEM...