Add to ORKGThe operation of the BGRID computer program is described for generating block-structured grids. Examples are provided to illustrate the code input and output. The application of a fully implicit AF (approximation factorization)-based computer code, called TWINGB (Transonic WING), for solving the 3D transonic full potential equation in conservation form on block-structured grids is also discussed
A method for automatic multiblock grid generation is described. The method combines the modified adv...
Generating high quality, structured, continuous, body-fitted grid systems (multiblock grid systems) ...
Direct numerical simulations of transitional and turbulent flows around airfoils at moderate and hig...
A suitable grid system for complex three dimensional configurations such as wing/body/nacelle shape ...
Two approaches for solving the transonic flow in a multi-block grid were explored. The first approac...
A grid generation procedure combining interactive and batch grid generation programs was put togethe...
A new approach to simulating transonic flow about transport configurations is briefly outlined. The ...
The status of CFD methods based on the use of block-structured grids for analyzing viscous flows ove...
Techniques are presented for quickly finding a multiblock grid for a 2D geometrically complex domain...
Algebraic procedures are described for the automatic generation of structured, single-block flow com...
The main thrust of this paper has been the13; exploitation of Cartesian grids in the numerical13; so...
One of the most labor-intensive aspects of per-forming computational simulations of the flow over ae...
In the past decade significant advances were made using flow field methods in the calculation of ext...
Computational Fluid Dynamics is beginning to play a major role in the design of aerospace vehicles. ...
A simple- approach has been developed to use the two13; dimensional grid generation method by solvin...
A method for automatic multiblock grid generation is described. The method combines the modified adv...
Generating high quality, structured, continuous, body-fitted grid systems (multiblock grid systems) ...
Direct numerical simulations of transitional and turbulent flows around airfoils at moderate and hig...
A suitable grid system for complex three dimensional configurations such as wing/body/nacelle shape ...
Two approaches for solving the transonic flow in a multi-block grid were explored. The first approac...
A grid generation procedure combining interactive and batch grid generation programs was put togethe...
A new approach to simulating transonic flow about transport configurations is briefly outlined. The ...
The status of CFD methods based on the use of block-structured grids for analyzing viscous flows ove...
Techniques are presented for quickly finding a multiblock grid for a 2D geometrically complex domain...
Algebraic procedures are described for the automatic generation of structured, single-block flow com...
The main thrust of this paper has been the13; exploitation of Cartesian grids in the numerical13; so...
One of the most labor-intensive aspects of per-forming computational simulations of the flow over ae...
In the past decade significant advances were made using flow field methods in the calculation of ext...
Computational Fluid Dynamics is beginning to play a major role in the design of aerospace vehicles. ...
A simple- approach has been developed to use the two13; dimensional grid generation method by solvin...
A method for automatic multiblock grid generation is described. The method combines the modified adv...
Generating high quality, structured, continuous, body-fitted grid systems (multiblock grid systems) ...
Direct numerical simulations of transitional and turbulent flows around airfoils at moderate and hig...