de nangee shape) vwith a spadn of 6 kips/ft. Example 2 The deformation of a simply supported beam, shown in the accompanying figure, is governed by the relationship 7 dy E I. M(x) dr Where M(X) is is...


de nangee shape) vwith a spadn of<br>6 kips/ft.<br>Example 2<br>The deformation of a simply supported beam, shown in the accompanying figure, is governed<br>by the relationship<br>7<br>dy<br>E I.<br>M(x)<br>dr<br>Where M(X) is is the internal bending moment<br>M(x) = M, for all values of x in this problem<br>M,<br>M.<br>O0000KOKO<br>→X<br>а)<br>Derive the equation for the exact deflection. Assume an approximate<br>deflection solution of the form<br>TEX<br>y (x) =A·sin<br>where A = Unknown Coefficient<br>L<br>Use Galerkin Method to evaluate A<br>b)<br>8<br>

Extracted text: de nangee shape) vwith a spadn of 6 kips/ft. Example 2 The deformation of a simply supported beam, shown in the accompanying figure, is governed by the relationship 7 dy E I. M(x) dr Where M(X) is is the internal bending moment M(x) = M, for all values of x in this problem M, M. O0000KOKO →X а) Derive the equation for the exact deflection. Assume an approximate deflection solution of the form TEX y (x) =A·sin where A = Unknown Coefficient L Use Galerkin Method to evaluate A b) 8

Jun 10, 2022
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