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Unformatted text preview: end of such magnitude that the bean weight may be neglected. Determine the stress distribution in the beam. The beam thickness t , is small relative to the beam depth . h 2 P L x F L x i i b b x = = y 3. A rectangular beam of small thickness t, depth 2h, and length 2L is subjected to an arbitrary variation of temperature throughout its depth, ) ( y T T = . Determine the distribution of stress and strain for the case in which (a) the beam is entirely free of surface force (Figure A), and (b) the beam is held by rigid walls that prevent the x-directed displacement only (Figure A). L L L L h h h h A. B....
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This note was uploaded on 10/02/2010 for the course MAE 3250 taught by Professor Gao during the Fall '10 term at Cornell University (Engineering School).
- Fall '10