Mechanics of Engineering: Comprising Statics And Kinetics of Solids; the ...
Mechanics of Engineering: Comprising Statics And Kinetics of Solids; the ...
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In our eReader you can find the full English version of the book. Read Mechanics of Engineering: Comprising Statics And Kinetics of Solids; the ... 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 Mechanics of Engineering: Comprising Statics And Kinetics of Solids; the ...
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lbs. per pound of air used.
The temperature to which the air has cooled at the end of stroke [eq. (2), § 478] is COMPRESSED-AIR ENGINE. 635 r»=r„(^) -300X(})» = 300X.818=245° Abs. C; i.e., -28=* Centigrade.
482. RemarkB on the Preceding. — This low temperature is objectionable, causing, as it does, the formation and gradual accamulation of snow, from the watery vapor usually found in small quantities in the air, and the nltiniate blocking of the ports. By giving a high value to T^ , however, i....e., by heat- ing the reservoir, T^ will be correspondingly higher, and also the work per pound of air^ eq. (6). If the cylinder be encased in a *' jacket" of hot water, or if spray of hot water be injected behind the piston during expansion, the temperature may be maintained nearly constant, in which event Mariotte's law will hold for the expansion, and more work will be obtained per pound of air; but the point of cnt-oflf must be differently placed. Thus if, in eq. (4), § 479, we make the back-pressure, qy equal to the value (Fa -^ Fl)pin to which the air pressure has fallen at the end of the stroke by Mariotte's law, we have Work per stroke with isoti ■K^^t' \ = ^-i^ '^- ©= "^.^ '»«•■ C-)' w and hence Work per unit of weight of air, 1 = 7^ j>« i fl \ ,q\ witn isothermal expansion ^ j — « ^^jf og., y^j.
What to read after Mechanics of Engineering: Comprising Statics And Kinetics of Solids; the ...?
You can find similar books in the "Read Also" column, or choose other free books by Irving P Irving Porter Church to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
lbs. per pound of air used.
The temperature to which the air has cooled at the end of stroke [eq. (2), § 478] is COMPRESSED-AIR ENGINE. 635 r»=r„(^) -300X(})» = 300X.818=245° Abs. C; i.e., -28=* Centigrade.
482. RemarkB on the Preceding. — This low temperature is objectionable, causing, as it does, the formation and gradual accamulation of snow, from the watery vapor usually found in small quantities in the air, and the nltiniate blocking of the ports. By giving a high value to T^ , however, i....e., by heat- ing the reservoir, T^ will be correspondingly higher, and also the work per pound of air^ eq. (6). If the cylinder be encased in a *' jacket" of hot water, or if spray of hot water be injected behind the piston during expansion, the temperature may be maintained nearly constant, in which event Mariotte's law will hold for the expansion, and more work will be obtained per pound of air; but the point of cnt-oflf must be differently placed. Thus if, in eq. (4), § 479, we make the back-pressure, qy equal to the value (Fa -^ Fl)pin to which the air pressure has fallen at the end of the stroke by Mariotte's law, we have Work per stroke with isoti ■K^^t' \ = ^-i^ '^- ©= "^.^ '»«•■ C-)' w and hence Work per unit of weight of air, 1 = 7^ j>« i fl \ ,q\ witn isothermal expansion ^ j — « ^^jf og., y^j.
What to read after Mechanics of Engineering: Comprising Statics And Kinetics of Solids; the ...?
You can find similar books in the "Read Also" column, or choose other free books by Irving P Irving Porter Church to read onlineMoreLess
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