PFR - Aerospace Engineering Sciences Senior Design Projects ...
PFR - Aerospace Engineering Sciences Senior Design Projects ...
PFR - Aerospace Engineering Sciences Senior Design Projects ...
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Project Final Report – CUDBF April 30 th , 2009<br />
ASEN 4028: <strong>Aerospace</strong> <strong>Senior</strong> <strong>Projects</strong><br />
oz-in: ounce inch<br />
P(y): Lift Distribution<br />
P: Load Applied to Free tip of the Beam<br />
P: Power (Propulsion)<br />
P CR : Critical Applied Load<br />
P m : Main Gear Strut Loading<br />
P N : Impact Load Normal to the Runway<br />
P n : Nose Gear Strut Loading<br />
P s : Frictional Load applied due to Rolling Friction<br />
psi: Pounds per Square Inch<br />
q: Dynamic Pressure<br />
R: Radius<br />
rad: Radians<br />
Re: Reynolds Number<br />
s: Seconds<br />
S: Wing Area (Aerodynamics)<br />
sec: Seconds<br />
S TO : Takeoff Distance<br />
S TOG : Takeoff Distance<br />
S v : Winglet Area<br />
t: thickness (Structures)<br />
T: Thrust<br />
t: Time<br />
TX: Transmitter<br />
V: Shear Force (Structures)<br />
V: Velocity<br />
V: Voltage (Propulsions)<br />
V CR : Cruise Velocity<br />
W: Watts (Propulsions)<br />
W: Weight<br />
X: Span Location<br />
X cg : x CG location<br />
Y = distance along span<br />
Y cg : y CG location<br />
Z cg : z CG location<br />
α: Angle of Attack<br />
λ: Taper Ratio<br />
Λ c/4 : Quarter Chord Sweep<br />
Λ LE : Leading Edge Sweep<br />
Λ TE : Trailing Edge Sweep<br />
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