A micro-blowing technique (MBT) experiment was conducted in the Advanced Nozzle and Engine Components Test Facility at the NASA Lewis Research Center. The objectives of the test were to evaluate the pressure-drag penalty associated with the MBT and to provide additional information about the porous plates used for micro-blowing. The results showed that 1 of 12 plates tested could reduce the total drag (skin-friction drag plus pressure drag) below a solid flat plate value. The results of this experiment and prior data showed that a total drag reduction below a solid flat plate value was possible. More tests are needed to find an optimal MBT skin and to find a technique to reduce pressure drag
An experimental study of skin friction reduction in a Mach 3.0 air steam with gaseous injection thro...
The present work delivers a versatile, accurate and reliable wind tunnel facility that is particular...
In the current investigation, the experiments were carried out to evaluate the effectiveness of micr...
A proof of concept experiment for reducing skin friction has been conducted in the Advanced Nozzle a...
Characteristics of micro-hole porous skins for the turbulent skin friction reduction technology call...
One of the most challenging areas of research in aerodynamics is the reduction of skin friction, esp...
grantor: University of TorontoA skin friction reduction method called the Micro-blowing Te...
A new turbulent skin friction reduction technology, called the microblowing technique has been teste...
AbstractMicro-Suction technique(MST) is proposed by the development of micro-blowing technique(MBT)....
Four main concepts which have significantly reduced skin friction in experimental studies are discus...
We carried out high-fielity large-eddy simulations (LES) to investigate the effects of uniform blowi...
Base pressure plays a vital role in aerospace-related applications and its control is essential in r...
The purpose of this study was to design an experimental apparatus that could accurately test and mea...
Measurement of compressible turbulent boundary layer skin friction on porous flat plate with mass in...
The article of record as published may be found at http://dx.doi.org/10.2514/2.3849Results of wind-t...
An experimental study of skin friction reduction in a Mach 3.0 air steam with gaseous injection thro...
The present work delivers a versatile, accurate and reliable wind tunnel facility that is particular...
In the current investigation, the experiments were carried out to evaluate the effectiveness of micr...
A proof of concept experiment for reducing skin friction has been conducted in the Advanced Nozzle a...
Characteristics of micro-hole porous skins for the turbulent skin friction reduction technology call...
One of the most challenging areas of research in aerodynamics is the reduction of skin friction, esp...
grantor: University of TorontoA skin friction reduction method called the Micro-blowing Te...
A new turbulent skin friction reduction technology, called the microblowing technique has been teste...
AbstractMicro-Suction technique(MST) is proposed by the development of micro-blowing technique(MBT)....
Four main concepts which have significantly reduced skin friction in experimental studies are discus...
We carried out high-fielity large-eddy simulations (LES) to investigate the effects of uniform blowi...
Base pressure plays a vital role in aerospace-related applications and its control is essential in r...
The purpose of this study was to design an experimental apparatus that could accurately test and mea...
Measurement of compressible turbulent boundary layer skin friction on porous flat plate with mass in...
The article of record as published may be found at http://dx.doi.org/10.2514/2.3849Results of wind-t...
An experimental study of skin friction reduction in a Mach 3.0 air steam with gaseous injection thro...
The present work delivers a versatile, accurate and reliable wind tunnel facility that is particular...
In the current investigation, the experiments were carried out to evaluate the effectiveness of micr...