Papers On Mechanical And Physical Subjects volume 2
Papers On Mechanical And Physical Subjects volume 2
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In our eReader you can find the full English version of the book. Read Papers On Mechanical And Physical Subjects volume 2 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 Papers On Mechanical And Physical Subjects volume 2
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To quickly assess the difficulty of the text, read a short excerpt:
And from equation (17), Section IV. , by integration being the value of h when x= x l where the pressure is a maximum. Integrating with respect to x, and putting p = II at the boundaries -2- cm t * 1 ~~ o i m { I 1 + W - I 1 + VM a \ ( '"' f "i+il 52] AND ITS APPLICATION TO MR B. TOWER'S EXPERIMENTS. 265 or putting W for the load per unit of breadth, TV is a maximum when m = l'2 approximately and again, by equation (19) f, = Pjf (36); therefore I f x dx =, log e (1 + in) (37) ; and if m 1'2 ^=6...572^ (38).
In order to render the application of equations (35) and (38) clear, a particular case may be assumed.
Let fi = 10~ 5, which is the value for olive oil at a temperature of 70 Fahr. , the unit of length being the inch, and that of force the Ib.
Let U = 60 (inches per sec. ) A, = -0003.
Then from (35), the load in Ibs. Per square inch of lubricated surface is given by W = 1070a 2, a and from (38), the frictional resistance in Ibs. Per square inch is F_ a This seems to be about the extreme case of perfect lubrication between plane metal surfaces having what appears to be about the minimum value of h, .
What to read after Papers On Mechanical And Physical Subjects volume 2?
You can find similar books in the "Read Also" column, or choose other free books by Osborne Reynolds to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
And from equation (17), Section IV. , by integration being the value of h when x= x l where the pressure is a maximum. Integrating with respect to x, and putting p = II at the boundaries -2- cm t * 1 ~~ o i m { I 1 + W - I 1 + VM a \ ( '"' f "i+il 52] AND ITS APPLICATION TO MR B. TOWER'S EXPERIMENTS. 265 or putting W for the load per unit of breadth, TV is a maximum when m = l'2 approximately and again, by equation (19) f, = Pjf (36); therefore I f x dx =, log e (1 + in) (37) ; and if m 1'2 ^=6...572^ (38).
In order to render the application of equations (35) and (38) clear, a particular case may be assumed.
Let fi = 10~ 5, which is the value for olive oil at a temperature of 70 Fahr. , the unit of length being the inch, and that of force the Ib.
Let U = 60 (inches per sec. ) A, = -0003.
Then from (35), the load in Ibs. Per square inch of lubricated surface is given by W = 1070a 2, a and from (38), the frictional resistance in Ibs. Per square inch is F_ a This seems to be about the extreme case of perfect lubrication between plane metal surfaces having what appears to be about the minimum value of h, .
What to read after Papers On Mechanical And Physical Subjects volume 2?
You can find similar books in the "Read Also" column, or choose other free books by Osborne Reynolds to read onlineMoreLess
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