Visualization and quantitave measurement of aerodynamic effects on several aircraft models have been conducted using an optical pressure measurement system, based on the pressure-sensitive paint (PSP) technique. The PSP technology not only provides a good understanding of the flow topology around a wind tunnel model, but can be used to carry out absolute pressure measurements on a surface of the model and to determine additional aerodynamic data such as loads on it as well. The identification of laminar-turbulent boundary layer transition on models in wind tunnels yields essential information for the design of modern wings. Among other techniques, transition detection can be done using the temperature-sensitive paint (TSP) technique
The pressure sensitive paint intensity and lifetime system (PSP) is an optical measurement technique...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resol...
Visualization and quantitave measurement of aerodynamic effects on several aircraft models have been...
Visualization of aerodynamic effects on a three-dimensional double-delta wing aircraft model was con...
Visualization and measurements of aerodynamic effects on the three-dimensional aircraft model were c...
A two-dimensional and non-intrusive operating optical pressure measurement system PSP (Pressure Sens...
The visualization and measurements of aerodynamic effects on different aircraft models were conducte...
Visualization and measurements of aerodynamic effects on a delta-wing model and a 2D wing profile we...
Visualization and measurements of aerodynamic effects on an 2D-wing-profile model were conducted usi...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
The pressure sensitive paint (PSP) intensity and lifetime system is an optical measurement technique...
The pressure sensitive paint intensity and lifetime system (PSP) is an optical measurement technique...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resol...
Visualization and quantitave measurement of aerodynamic effects on several aircraft models have been...
Visualization of aerodynamic effects on a three-dimensional double-delta wing aircraft model was con...
Visualization and measurements of aerodynamic effects on the three-dimensional aircraft model were c...
A two-dimensional and non-intrusive operating optical pressure measurement system PSP (Pressure Sens...
The visualization and measurements of aerodynamic effects on different aircraft models were conducte...
Visualization and measurements of aerodynamic effects on a delta-wing model and a 2D wing profile we...
Visualization and measurements of aerodynamic effects on an 2D-wing-profile model were conducted usi...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
The pressure sensitive paint (PSP) intensity and lifetime system is an optical measurement technique...
The pressure sensitive paint intensity and lifetime system (PSP) is an optical measurement technique...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resolut...
For investigations of pressure distributions on wind tunnel model surfaces with high spatial resol...