Elements of Engineering Thermodynamics
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In our eReader you can find the full English version of the book. Read Elements of Engineering Thermodynamics 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 Elements of Engineering Thermodynamics
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595 X 914. 3 805. 4.
FRICTION LOSS IN A NOZZLE 161 The velocity of flow is V 2 x 32. 2 x 778 (831. 1 - 805. 4) = 1135 feet per second. The volume of one pound is 0. 016 (i. O 0. 595) + 7. 166 X 0. 595 = 4. 27 cubic feet, and the weight per cubic foot is -- = 0. 2342 pound. 4. 27 The weight discharged per square inch per second is 1135 X 0. 2342 - = 1. 85 pounds. 144 Velocity of Flow as Affected by Radiation. Fig. 53 shows the radia- FIG. 52. Tempera ture-en- tion losses. The condition at entran...ce tropy Diagram for Calculating is represented at a and the area acde the Weight of Discharge of represents the quantity of heat lost Steam - by radiation. Area aefg represents the velocity change while the point e represents the condition of the moving substance.
If, after passing through the nozzle, the velocity is reduced to that of en- trance, a point located as at b will represent the condition of the sub- stance. This point would be so located that area aefg eb = - T. -Ent. - Diagram d\ c\ (224) Friction Loss in a Nozzle.
What to read after Elements of Engineering Thermodynamics?
You can find similar books in the "Read Also" column, or choose other free books by James Ambrose Moyer to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
595 X 914. 3 805. 4.
FRICTION LOSS IN A NOZZLE 161 The velocity of flow is V 2 x 32. 2 x 778 (831. 1 - 805. 4) = 1135 feet per second. The volume of one pound is 0. 016 (i. O 0. 595) + 7. 166 X 0. 595 = 4. 27 cubic feet, and the weight per cubic foot is -- = 0. 2342 pound. 4. 27 The weight discharged per square inch per second is 1135 X 0. 2342 - = 1. 85 pounds. 144 Velocity of Flow as Affected by Radiation. Fig. 53 shows the radia- FIG. 52. Tempera ture-en- tion losses. The condition at entran...ce tropy Diagram for Calculating is represented at a and the area acde the Weight of Discharge of represents the quantity of heat lost Steam - by radiation. Area aefg represents the velocity change while the point e represents the condition of the moving substance.
If, after passing through the nozzle, the velocity is reduced to that of en- trance, a point located as at b will represent the condition of the sub- stance. This point would be so located that area aefg eb = - T. -Ent. - Diagram d\ c\ (224) Friction Loss in a Nozzle.
What to read after Elements of Engineering Thermodynamics?
You can find similar books in the "Read Also" column, or choose other free books by James Ambrose Moyer to read onlineMoreLess
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