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Aeroplane construction and operation; including notes on aeroplane design and aerodynamic calculation, materials, etc. A comprehensive illustrated manual of instruction for aeroplane constructors, aviators, aero-mechanics, flight officers and students. Adapted either for schools or home study (1918)

Rathbun, John B · Chicago : Stanton and Van Vliet Co. · leaf 98

An illustration from Aeroplane construction and operation; including notes on aeroplane design and aerodynamic calculation, materials, etc. A comprehensive illustrated manual of instruction for aeroplane constructors, aviators, aero-mechanics, flight officers and students. Adapted either for schools or home study, 1918, leaf 98
65—700 ELEAIENTARY AERODYNAMICS 91 = 165 pounds. If we were compelled to carry the original865 pounds with aspect 3 wing, we would also be com-pelled to increase the area, angle, or speed. If the speedwere to be kept constant, we would be limited to a changein area or angle. In the latter case it… … Burgess Seaplane Scout, Calculation of Area: Let us assume that we areconfined to the use of an aspect ratio of 6, a speedof 50 miles per hour, weight = 2500 pounds, and wishto obtain the area that will give the most efficient surface(Least lift-drag ratio.) The equation can be now trans-posed so…

Airplanes

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