The Mechanical Errors in the Common Theory of Flexures
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In our eReader you can find the full English version of the book. Read The Mechanical Errors in the Common Theory of Flexures 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 The Mechanical Errors in the Common Theory of Flexures
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We have seen that in order that c shall be balanced by t, the beam A must transfer t as a shearing force until it be- comes opposite c on its own line of action; this it cannot do Fie. 4 without destroying the equality that is claimed to exist be- tween the tension and compression at the middle section, for with a shearing force t acting opposite to c, at the quar- ter section, the resultant compression at the middle section will be C / as the compressive and shearing force act in opposite dire...ctions along the same line of action, the re- sultant force C t will therefore be less than T.
Then as no shearing force can act in the opposite direc- tion to that of r, at this or any other section, without dim- inishing the compression on the middle section, these tension and compression forces cannot balance at the middle or sec- tion of maximum stress. For these horizontal T and C forces (3) Weisbach's Mechanics of Eng. , pp. 548 (Coxe).
(4) Wood's Elements of Analytical Mechanics, pp. 129.
What to read after The Mechanical Errors in the Common Theory of Flexures?
You can find similar books in the "Read Also" column, or choose other free books by Cousins, Robert H to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
We have seen that in order that c shall be balanced by t, the beam A must transfer t as a shearing force until it be- comes opposite c on its own line of action; this it cannot do Fie. 4 without destroying the equality that is claimed to exist be- tween the tension and compression at the middle section, for with a shearing force t acting opposite to c, at the quar- ter section, the resultant compression at the middle section will be C / as the compressive and shearing force act in opposite dire...ctions along the same line of action, the re- sultant force C t will therefore be less than T.
Then as no shearing force can act in the opposite direc- tion to that of r, at this or any other section, without dim- inishing the compression on the middle section, these tension and compression forces cannot balance at the middle or sec- tion of maximum stress. For these horizontal T and C forces (3) Weisbach's Mechanics of Eng. , pp. 548 (Coxe).
(4) Wood's Elements of Analytical Mechanics, pp. 129.
What to read after The Mechanical Errors in the Common Theory of Flexures?
You can find similar books in the "Read Also" column, or choose other free books by Cousins, Robert H to read onlineMoreLess
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