The high power density with large mass flows which is demanded today in the development of thermal turbomachinery leads more and more to transonic and supersonic flow conditions. This causes a high aerodynamic stress on the blades with complex three dimensional flow fields within the individual stages, of which greater or lesser interactions, between the mostly turbulent boundary layer and the oblique or straight compression shock waves are indicative. The three dimensional Reynolds-derived Navier-Stokes equations in their conservative form was formulated for the simulation of such flow conditions. The conservative variables occurring in the equations retain their validity even after a compression shock. Only algebraic turbulence theorems a...
The tip gap between rotor blades and the casing of a turbomachine is essential for a safe operation....
The physical behavior of compressible fluid flow is quite different from incompressible fluid flow. ...
The analytical prediction and description of transonic flow in turbomachinery is complicated by thre...
Modern civil aircraft fly in the transonic range in which supersonic regimes occur on the suction si...
As a part of the Dutch ISNaS project our group and NLR jointly develop a flow solver for compressibl...
The objective of the present paper is to examine the Baldwin-Lomax turbu-lence model in a finite vol...
Aeronautical aerodynamics is characterized by compressible flow at high Reynolds numbers. Therefore ...
A realistic 3D internal, unsteady, turbulent and compressible ow was simulated using the Large Eddy ...
This work deals mainly with phenomena occurring in Aeronautical and Aerospace domains. The flow occu...
The presented research work deals with numerical simulation of 2-D and 3-D unsteady transonic flows ...
During the past five years, numerous pioneering archival publications have appeared that have presen...
Partindo do Método dos Painéis e do Método dos Vórtices, bem conhecidos em Aerodinâmica, desenvolvem...
The purpose of this research is to develop high fidelity numerical methods to investigate the comple...
The target of the project was a computer code for the simulation of threedimensional, turbulent, com...
The study of compressible flows, especially supersonic, passing through the combustion chambers of r...
The tip gap between rotor blades and the casing of a turbomachine is essential for a safe operation....
The physical behavior of compressible fluid flow is quite different from incompressible fluid flow. ...
The analytical prediction and description of transonic flow in turbomachinery is complicated by thre...
Modern civil aircraft fly in the transonic range in which supersonic regimes occur on the suction si...
As a part of the Dutch ISNaS project our group and NLR jointly develop a flow solver for compressibl...
The objective of the present paper is to examine the Baldwin-Lomax turbu-lence model in a finite vol...
Aeronautical aerodynamics is characterized by compressible flow at high Reynolds numbers. Therefore ...
A realistic 3D internal, unsteady, turbulent and compressible ow was simulated using the Large Eddy ...
This work deals mainly with phenomena occurring in Aeronautical and Aerospace domains. The flow occu...
The presented research work deals with numerical simulation of 2-D and 3-D unsteady transonic flows ...
During the past five years, numerous pioneering archival publications have appeared that have presen...
Partindo do Método dos Painéis e do Método dos Vórtices, bem conhecidos em Aerodinâmica, desenvolvem...
The purpose of this research is to develop high fidelity numerical methods to investigate the comple...
The target of the project was a computer code for the simulation of threedimensional, turbulent, com...
The study of compressible flows, especially supersonic, passing through the combustion chambers of r...
The tip gap between rotor blades and the casing of a turbomachine is essential for a safe operation....
The physical behavior of compressible fluid flow is quite different from incompressible fluid flow. ...
The analytical prediction and description of transonic flow in turbomachinery is complicated by thre...