Add to ORKGA general Three-Dimensional elliptic Grid Generation Procedure has been briefly presented. This includes evaluation of control functions interpolated from boundary point distributions. The iterative process used here to solve the equations is point successive over relaxation (SOR) this has been incorporated in a code for a single block grid and it can be extended for any comlicated configuration by using multiblock structure with complete continuity across interface
Simulations of field equations in science and engineering require tessellation of space. In the parl...
A method for automatic multiblock grid generation is described. The method combines the modified adv...
Described is a numerical method for generating 3-D grids for turbomachinery computational fluid dyna...
Several reports are attached to this document which contain the results of our research at the end o...
A methodology for surface grid generation in three dimensional space is described. The method solves...
We describe the algorithms for generation of three-dimensional structured grids for multimate-rial h...
An approximation factorisation (AF) scheme is presented here for the solution of the two dimensional...
Elliptic grid generation methods have been used for many years to smooth and improve grids generated...
A procedure for automatic numerical generation of a structured grid system with coordinate lines coi...
A robust solver for the elliptic grid generation equations is sought via a numerical study. The syst...
The numerical solution to the quasi-linear elliptic grid generation equation usually proceeds in a s...
Distribution unlimited UL " AeSTRA: ' ".aximu-2.'(,K2'-" Progress has ...
A finite difference method based scheme incorporating a method of false transients and an approximat...
From the interpretation of the two-dimensional elliptic grid generation equation in conservative for...
The grid density requirements generally vary from problem to problem, hence interactive control over...
Simulations of field equations in science and engineering require tessellation of space. In the parl...
A method for automatic multiblock grid generation is described. The method combines the modified adv...
Described is a numerical method for generating 3-D grids for turbomachinery computational fluid dyna...
Several reports are attached to this document which contain the results of our research at the end o...
A methodology for surface grid generation in three dimensional space is described. The method solves...
We describe the algorithms for generation of three-dimensional structured grids for multimate-rial h...
An approximation factorisation (AF) scheme is presented here for the solution of the two dimensional...
Elliptic grid generation methods have been used for many years to smooth and improve grids generated...
A procedure for automatic numerical generation of a structured grid system with coordinate lines coi...
A robust solver for the elliptic grid generation equations is sought via a numerical study. The syst...
The numerical solution to the quasi-linear elliptic grid generation equation usually proceeds in a s...
Distribution unlimited UL " AeSTRA: ' ".aximu-2.'(,K2'-" Progress has ...
A finite difference method based scheme incorporating a method of false transients and an approximat...
From the interpretation of the two-dimensional elliptic grid generation equation in conservative for...
The grid density requirements generally vary from problem to problem, hence interactive control over...
Simulations of field equations in science and engineering require tessellation of space. In the parl...
A method for automatic multiblock grid generation is described. The method combines the modified adv...
Described is a numerical method for generating 3-D grids for turbomachinery computational fluid dyna...