Turbines Theoretical And Practical With Numerical Examples And Experimental Re
Turbines Theoretical And Practical With Numerical Examples And Experimental Re
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In our eReader you can find the full English version of the book. Read Turbines Theoretical And Practical With Numerical Examples And Experimental Re 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 Turbines Theoretical And Practical With Numerical Examples And Experimental Re
What reading level is Turbines Theoretical And Practical With Numerical Examples And Experimental Re book?
To quickly assess the difficulty of the text, read a short excerpt:
10 = /i, and other quantities as before, we find Rev. = 880; E = 0. 8361 ; y l = 0. 872, y, = 0. 869, where the ratio of y 1 -f- y a is good, but the other values are too large.
In regard to the value of or, measurements on Francis plates (Lowell Hydraulic Experiments] show that a, as it is measured, will not exceed 22, and yet Rodmer gives the mean angle a as 28. We solve the problem with Rodmer's values y 9 = 22, a = 28, assuming /*, = 0. 10, ^ = 0. 05 ; also /*, = 0. 10 = /; with the followi...ng results : 78 HYDRAULIC MOTORS.
TABLE XI.
r t = 3. 38 ft. , r, = 4. 0 ft. , y l = 90, a = 28, y, = 22, 11 12. 9 ft. , Q = 136 cu. Ft.
Mi = 0. 10 M 2 = 0. 05 Mi = 0. 10 M 2 = 0. 10 Rev per second.
869 8636 -^max P er cent 81 96 79 30 i feet per second 9 822 9 755 #2 feet per second 23 525 23 059 V 20 9012 20 770 Vi Ea (141) . .
668 673 Vo Eq. (141). .
650 663 7/, /W 1 027 1 015 The brake efficiency of this w r heel being 0. 79375, its hydraulic efficiency will probably be 81 or 82 per cent. , so that the last hypothesis above is not admissible.
What to read after Turbines Theoretical And Practical With Numerical Examples And Experimental Re?
You can find similar books in the "Read Also" column, or choose other free books by De Volson Wood to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
10 = /i, and other quantities as before, we find Rev. = 880; E = 0. 8361 ; y l = 0. 872, y, = 0. 869, where the ratio of y 1 -f- y a is good, but the other values are too large.
In regard to the value of or, measurements on Francis plates (Lowell Hydraulic Experiments] show that a, as it is measured, will not exceed 22, and yet Rodmer gives the mean angle a as 28. We solve the problem with Rodmer's values y 9 = 22, a = 28, assuming /*, = 0. 10, ^ = 0. 05 ; also /*, = 0. 10 = /; with the followi...ng results : 78 HYDRAULIC MOTORS.
TABLE XI.
r t = 3. 38 ft. , r, = 4. 0 ft. , y l = 90, a = 28, y, = 22, 11 12. 9 ft. , Q = 136 cu. Ft.
Mi = 0. 10 M 2 = 0. 05 Mi = 0. 10 M 2 = 0. 10 Rev per second.
869 8636 -^max P er cent 81 96 79 30 i feet per second 9 822 9 755 #2 feet per second 23 525 23 059 V 20 9012 20 770 Vi Ea (141) . .
668 673 Vo Eq. (141). .
650 663 7/, /W 1 027 1 015 The brake efficiency of this w r heel being 0. 79375, its hydraulic efficiency will probably be 81 or 82 per cent. , so that the last hypothesis above is not admissible.
What to read after Turbines Theoretical And Practical With Numerical Examples And Experimental Re?
You can find similar books in the "Read Also" column, or choose other free books by De Volson Wood to read onlineMoreLess
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