The Principles of Aeroplane Construction With Calculations Formulae And 51 Dia
The Principles of Aeroplane Construction With Calculations Formulae And 51 Dia
Rankin Kennedy
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Per second ahead. To obtain a greater lift the ratio must be in- creased, or the base of the triangle increased, or the span increased. It will be evident that if AB had been chosen of a shorter length and still retaining the same ratio of the triangle of the plane, = H, the length of the o spans would be greater. If we take AB the base of the triangle of the plane equal to 2 ft. 11 in. = 35 in. , then BO will be 85 * 1 = 7 in. = 0*583 ft. 5 v by (10) = ^^ = 60 x i = 12 ft. Per AB o second, as ...before ; w by (1) = 32 = 2134 Ib. , as before; 44 First Principles of Aeroplanes ws = 400 sq ' ft ' nearly, much greater than before ; and I will now 4000 be = frft- = 66 ft. , showing how the same lift at the same ahead speed is obtained with a different base length and keeping to the same ratio of . . A. -L> As another example to show how we may alter the triangle of the plane and still get same lift at same forward speed, 800, and 60, respectively as T and s, suppose AB = 6'6 ft. And EC is made 0*6 ft.
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