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Theory of turbines (1895)

Wood, De Volson, 1832-1897 · New York, J. Wiley & Sons · leaf 69

An illustration from Theory of turbines, 1895, leaf 69
= — ^ r-\ (64) 21. Path of the Water,—Let a A be the position of the bucket when the water enters at b.Q »> The bucket being drawn in position to a scale, divide itinto any number of parts—equal or unequal—aalf axa2>etc., and find the time re-quired for it to go from a toaj. The distance… … (1 + J*i) W + fix W t* gH+ <a2 [/o»-(2+ #!)?,«](1 + ywa) W + fix W kx* + (1 + Hi) ki koori cos y. (1 + ft*) hx* + M 08 yn* i w J • (64a) HYDRAULIC MOTORS. 31 Then will the fcime / be t = (Uh (65) v During this time the rim has gone from a to b a distance ah = ?\ art (66) If the bucket bB be…

Turbines

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