Steam Turbines
Steam Turbines
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In our eReader you can find the full English version of the book. Read Steam Turbines Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Steam Turbines
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W. And is operating at full load, the output in electrical horsepower is 2000 X 1. 34 = 2680. Taking the efficiency of the generator as 0. 95, . The B. H. P. Of the turbine will be 2680 + 0. 95 = 2821; and 40, 000 -f- 2821 = 14. 2 pounds of steam per hour per B. H. P. , from which a com- parison of the steam economy of the two machines may be made.
It is sometimes desired to compute the steam consumption per indi- cated horsepower of a reciprocating engine which might replace a tur- bine operat...ing under given conditions. For example, in the problem just solved, find the indicated horsepower and water-rate of a recipro- cating engine which would replace the turbine and do the same amount of work, with the same total steam consumption. The first step is to find the brake horsepower required to drive the generator. This was shown to be 2821. Assuming an engine efficiency of 0. 95, the indicated horsepower is 2821 -=- 0. 95 = 3000 (in round numbers), from which the water rate is found to be 40, 000 * 3000 = 13.
What to read after Steam Turbines?
You can find similar books in the "Read Also" column, or choose other free books by James Cran to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
W. And is operating at full load, the output in electrical horsepower is 2000 X 1. 34 = 2680. Taking the efficiency of the generator as 0. 95, . The B. H. P. Of the turbine will be 2680 + 0. 95 = 2821; and 40, 000 -f- 2821 = 14. 2 pounds of steam per hour per B. H. P. , from which a com- parison of the steam economy of the two machines may be made.
It is sometimes desired to compute the steam consumption per indi- cated horsepower of a reciprocating engine which might replace a tur- bine operat...ing under given conditions. For example, in the problem just solved, find the indicated horsepower and water-rate of a recipro- cating engine which would replace the turbine and do the same amount of work, with the same total steam consumption. The first step is to find the brake horsepower required to drive the generator. This was shown to be 2821. Assuming an engine efficiency of 0. 95, the indicated horsepower is 2821 -=- 0. 95 = 3000 (in round numbers), from which the water rate is found to be 40, 000 * 3000 = 13.
What to read after Steam Turbines?
You can find similar books in the "Read Also" column, or choose other free books by James Cran to read onlineMoreLess
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