:: : : : The aerodynamic coefficient ( I just made that up ) will make a huge difference.
2.
The number of vortices used vary with the required pressure distribution resolution, and with required accuracy in the computed aerodynamic coefficients.
3.
This knowledge is then used to compute the aerodynamic coefficients and their derivatives that are important for assessing the aircraft's handling qualities in the conceptual design phase.
4.
A new methodology is then proposed which combines the experimental results of healthy aircraft with the predicted aerodynamics of the damaged cases, to yield better correlation between experimental and predicted aerodynamic coefficients for damaged aircraft . Three damage-configurations are studied at supersonic speeds.
5.
Other experiments or tests included Shuttle Multispectral Infrared Radiometer, Feature Identification and Location Experiment, Measurement of Air Pollution from Satellites, Ocean Color Experiment, Night / Day optical Survey of Lightning, Heflex Bioengineering Test, and Aerodynamic Coefficient Identification Package ( ACIP ).
6.
The first one is the thrust coefficient of the rotor, which is the one which should be corrected for high rotor loading ( i . e ., for high values of a ), while the second one ( c _ t ) is the tangential aerodynamic coefficient of an individual blade element, which is given by the aerodynamic lift and drag coefficients.
7.
In fact, the profile chord is usually chosen as the reference length also for aerodynamic coefficient for wing sections and thin profiles in which the primary target is to maximize the lift coefficient or the lift / drag ratio ( i . e . as usual in thin airfoil theory, one would employ the " chord Reynolds " as the flow speed parameter for comparing different profiles ).