Add to ORKGExperimental studies of the two dimensional diffusers with inlet uniform shear flows in the parallel walls were carried out. In general, the performance of the diffusers with inlet simple shear flows for small divergence angle was lower compared with the diffusers having uniform inlet velocity profiles. However, the pressure-recovery performance of wide-angle diffusers with uniform inlet shear flows was slightly higher than that of the diffusers with uniform inlet velocity profiles. This is characterized by the effects of the variations of spanwise velocity gradients and the secondary flows in the diffusers
A series of conical and annular diffuser geometries was tested in the National Research Council’s 10...
A numerical method is modified to enable the computation of diffuser flows containing mesh screens. ...
Swirl is a tangential velocity component of the fluid flow and is often present in the conical diffu...
Experimental study of the two-dimensional diffusers with wake-type inlet velocity profiles in the pa...
In the previous works, experiments were made with flat vanes in diffusers with divergence angles of ...
Experiments have been made with flat vanes in two-dimensional diffusers with divergence angles of 30...
Experiments have been made with flat vanes in two-dimensional diffusers with divergence angles of 30...
Due to adverse pressure gradient along the diverging walls of wide-angled diffusers, the attached fl...
It is shown theoretically that the efficiency of wide-angle diffusers mainly depends on the method o...
Experiments have been made at Stanford University to determine the performance characteristics of pl...
Experimental studies have been carried out to compare the performance of two dimensional straight an...
An analys of experimental results shows that the performance of the subsonic diffuser correlates wit...
Diffusers are important aerodynamic devices in many engineering applications, but the major part of ...
This paper is a report of an investigation of the flow in wide-angle screened diffusers. Tests were ...
Two-dimensional diffusers with an area ratio of 4:1, aspect ratio 4:1, and divergence angles of 30° ...
A series of conical and annular diffuser geometries was tested in the National Research Council’s 10...
A numerical method is modified to enable the computation of diffuser flows containing mesh screens. ...
Swirl is a tangential velocity component of the fluid flow and is often present in the conical diffu...
Experimental study of the two-dimensional diffusers with wake-type inlet velocity profiles in the pa...
In the previous works, experiments were made with flat vanes in diffusers with divergence angles of ...
Experiments have been made with flat vanes in two-dimensional diffusers with divergence angles of 30...
Experiments have been made with flat vanes in two-dimensional diffusers with divergence angles of 30...
Due to adverse pressure gradient along the diverging walls of wide-angled diffusers, the attached fl...
It is shown theoretically that the efficiency of wide-angle diffusers mainly depends on the method o...
Experiments have been made at Stanford University to determine the performance characteristics of pl...
Experimental studies have been carried out to compare the performance of two dimensional straight an...
An analys of experimental results shows that the performance of the subsonic diffuser correlates wit...
Diffusers are important aerodynamic devices in many engineering applications, but the major part of ...
This paper is a report of an investigation of the flow in wide-angle screened diffusers. Tests were ...
Two-dimensional diffusers with an area ratio of 4:1, aspect ratio 4:1, and divergence angles of 30° ...
A series of conical and annular diffuser geometries was tested in the National Research Council’s 10...
A numerical method is modified to enable the computation of diffuser flows containing mesh screens. ...
Swirl is a tangential velocity component of the fluid flow and is often present in the conical diffu...