The accomplishments made in the following three tasks are described: (1) The first task was to study shock-wave boundary-layer interactions with bleed - this study is relevant to boundary-layer control in external and mixed-compression inlets of supersonic aircraft; (2) The second task was to test RAAKE, a code developed for computing turbulence quantities; and (3) The third task was to compute flow around the Ames ER-2 aircraft that has been retrofitted with containers over its wings and fuselage. The appendices include two reports submitted to AIAA for publication
A computation procedure is described for predicting the flowfields which develop when successive int...
This work utilizes an immersed boundary (IB) method to simulate the effects of arrays of discrete bl...
A computation procedure is described for predicting flow fields which develop when successive intera...
A new analytical bleed boundary condition is used to compute flowfields for a strong oblique shock w...
Results of an experimental investigation of a symmetric crossing shock wave/turbulent boundary layer...
A series of experiments have been conducted on a bleed hole array spanning the width of the Cambridg...
Shock-wave/boundary layer interactions (SWBLI) produce undesirable dynamic loads and separated unste...
Boundary-layer bleed is an invaluable tool for controlling the airflow in supersonic aircraft engine...
An experimental investigation into the flow coefficient behavior for nine boundary layer bleed orifi...
The two-dimensional interaction of an oblique shock wave with a turbulent boundary layer that includ...
In aircraft with jet propulsion engine intakes at supersonic speed, strong pressure waves referred t...
In aircraft with jet propulsion engine intakes at supersonic speed, strong pressure waves referred t...
A shock-related separation of a turbulent boundary layer has been studied and documented. The flow w...
Experimental data for a series of 2-D and 3-D shock wave/boundary layer interaction flows at Mach 8....
A major problem in modeling of turbulent supersonic flows is the correct assessment of viscous-invis...
A computation procedure is described for predicting the flowfields which develop when successive int...
This work utilizes an immersed boundary (IB) method to simulate the effects of arrays of discrete bl...
A computation procedure is described for predicting flow fields which develop when successive intera...
A new analytical bleed boundary condition is used to compute flowfields for a strong oblique shock w...
Results of an experimental investigation of a symmetric crossing shock wave/turbulent boundary layer...
A series of experiments have been conducted on a bleed hole array spanning the width of the Cambridg...
Shock-wave/boundary layer interactions (SWBLI) produce undesirable dynamic loads and separated unste...
Boundary-layer bleed is an invaluable tool for controlling the airflow in supersonic aircraft engine...
An experimental investigation into the flow coefficient behavior for nine boundary layer bleed orifi...
The two-dimensional interaction of an oblique shock wave with a turbulent boundary layer that includ...
In aircraft with jet propulsion engine intakes at supersonic speed, strong pressure waves referred t...
In aircraft with jet propulsion engine intakes at supersonic speed, strong pressure waves referred t...
A shock-related separation of a turbulent boundary layer has been studied and documented. The flow w...
Experimental data for a series of 2-D and 3-D shock wave/boundary layer interaction flows at Mach 8....
A major problem in modeling of turbulent supersonic flows is the correct assessment of viscous-invis...
A computation procedure is described for predicting the flowfields which develop when successive int...
This work utilizes an immersed boundary (IB) method to simulate the effects of arrays of discrete bl...
A computation procedure is described for predicting flow fields which develop when successive intera...