Compressed Air a Treatise On the Production Transmission And Use of Compressed
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Of atmospheric air at 60 Fahr. Is 0. 0764 Ib. The weight W i of 1 cu. Ft. Of air having a density corresponding to a gage pressure p, we find from Article 22: ' 14. 7 whence Wi = 0. 0761 P j" 4 1 y' 7> Ib. Per cubic foot.
Since the total weight of the air column must be p pounds, its volume must be: cubic feet - 14. 7 Combining equations (2) and (3), we have: 144pXl4. 7 * = or h = 27, 707^^- (4) Introducing this value in equation (1) we get: ^ 2X32. 2X27, 707- ^ FLOW OF COMPRESSED AIR TtiftOUGH...'AN ttRtFJtfe 101 or, theoretical velocity v = 1336^1 ^7^7^ feet per second (5) The actual velocity is, of course, less owing to friction and other causes. It is obtained by multiplying the theoretical velocity by an orifice coefficient " c. " For ordinary compressed air problems such as leaks in receivers and pipe lines, where the pressures range from five to ten atmospheres, ^his coefficient may be taken as c = 0. 50 This gives for actual velocity: v = 1336 X 0. 50 - p+14. 7 or =668J^ -feet per second.
What to read after Compressed Air a Treatise On the Production Transmission And Use of Compressed?
You can find similar books in the "Read Also" column, or choose other free books by Theodore Simons to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Of atmospheric air at 60 Fahr. Is 0. 0764 Ib. The weight W i of 1 cu. Ft. Of air having a density corresponding to a gage pressure p, we find from Article 22: ' 14. 7 whence Wi = 0. 0761 P j" 4 1 y' 7> Ib. Per cubic foot.
Since the total weight of the air column must be p pounds, its volume must be: cubic feet - 14. 7 Combining equations (2) and (3), we have: 144pXl4. 7 * = or h = 27, 707^^- (4) Introducing this value in equation (1) we get: ^ 2X32. 2X27, 707- ^ FLOW OF COMPRESSED AIR TtiftOUGH...'AN ttRtFJtfe 101 or, theoretical velocity v = 1336^1 ^7^7^ feet per second (5) The actual velocity is, of course, less owing to friction and other causes. It is obtained by multiplying the theoretical velocity by an orifice coefficient " c. " For ordinary compressed air problems such as leaks in receivers and pipe lines, where the pressures range from five to ten atmospheres, ^his coefficient may be taken as c = 0. 50 This gives for actual velocity: v = 1336 X 0. 50 - p+14. 7 or =668J^ -feet per second.
What to read after Compressed Air a Treatise On the Production Transmission And Use of Compressed?
You can find similar books in the "Read Also" column, or choose other free books by Theodore Simons to read onlineMoreLess
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