Mechanical equipment of buildings; a reference book for engineers and architects (1916)
Harding, Louis Allen, Willard, Arthur C. (Arthur Cutts), 1878-1960 · New York Wiley · leaf 39
ty of flow in pipes of variousnominal diameters, and also the friction or pressure loss in pounds per sq. in. per 100 ft. of pipe, atvarying rates of flow, stated both in gallons per min., and in cu. ft. per min. The corresponding velocity of flow in lineal feet per sec. is read from the same chart… … 30004000 10 000 *- c4W*<oeoo o FRICTION PRESSURE LOSS LBS. PER SQ. IN. PER 100 FT.Fig. (i. Flow of Water in Pipe.s. Example. 60 gals, per min. to be traiisniitted 300 ft. through a 2 standard steel pipe. Requiredthe friction loss. From 60 gals, on the left trace horizontally to the intersection…
Building · Heating · Ventilation
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