Add to ORKGMost unsteady viscous flows may be grouped into two categories, i.e., forced and self-sustained oscillations. Examples of forced oscillations occur in turbomachinery and in internal combustion engines while self-sustained oscillations prevail in vortex shedding, inlet buzz, and wing flutter. Numerical simulation of these phenomena was achieved due to the advancement of vector processor computers. Recent progress in the simulation of unsteady viscous flows is addressed
A numerical approach for computing unsteady compressible viscous flows was developed. This approach ...
PhD ThesisThe computer simulation of flow separation from bluff bodies is achieved by a method whic...
A model for simulating the incompressible flow over a practical airfoil executing a pitching motion ...
A procedure is presented for effective consideration of viscous effects in computational development...
ABSTRACT A computational method for accurately and efficiently predicting unsteady viscous flow thro...
Applications of computational aerodynamics to aeronautical research, design, and analysis have incre...
Theoretical analyses and computer codes are being developed for predicting compressible unsteady inv...
The unsteady Navier-Stokes analysis is shown to be capable of analyzing the massively separated, per...
Four time-dependent numerical algorithms for the prediction of unsteady, viscous compressible flows ...
One of the main themes in fluid dynamics at present and in the future is going to be computational f...
The study presents a method, based on the flux vector splitting approach, to the problem of unsteady...
Theoretical analyses and computer codes are being developed for predicting compressible unsteady inv...
SUMARY Applications of computational aerodynamics to aeronautical research, design, and analysis hav...
A viscous-inviscid interactive coupling method is used for the computation of unsteady transonic flo...
Bluff body flows controlled in various manners are simulated with a high-resolution, gridless vortex...
A numerical approach for computing unsteady compressible viscous flows was developed. This approach ...
PhD ThesisThe computer simulation of flow separation from bluff bodies is achieved by a method whic...
A model for simulating the incompressible flow over a practical airfoil executing a pitching motion ...
A procedure is presented for effective consideration of viscous effects in computational development...
ABSTRACT A computational method for accurately and efficiently predicting unsteady viscous flow thro...
Applications of computational aerodynamics to aeronautical research, design, and analysis have incre...
Theoretical analyses and computer codes are being developed for predicting compressible unsteady inv...
The unsteady Navier-Stokes analysis is shown to be capable of analyzing the massively separated, per...
Four time-dependent numerical algorithms for the prediction of unsteady, viscous compressible flows ...
One of the main themes in fluid dynamics at present and in the future is going to be computational f...
The study presents a method, based on the flux vector splitting approach, to the problem of unsteady...
Theoretical analyses and computer codes are being developed for predicting compressible unsteady inv...
SUMARY Applications of computational aerodynamics to aeronautical research, design, and analysis hav...
A viscous-inviscid interactive coupling method is used for the computation of unsteady transonic flo...
Bluff body flows controlled in various manners are simulated with a high-resolution, gridless vortex...
A numerical approach for computing unsteady compressible viscous flows was developed. This approach ...
PhD ThesisThe computer simulation of flow separation from bluff bodies is achieved by a method whic...
A model for simulating the incompressible flow over a practical airfoil executing a pitching motion ...