Q3. Figure Q3 shows a continuous beam ADBC with a hinge. A 3 m 3 m 4 m 4 m Figure Q3 i. Draw the Influence lines for the following a). Vertical Reaction at A b). Bending Moment at B c). Bending moment...


Q3. Figure Q3 shows a continuous beam ADBC with a hinge.<br>A<br>3 m<br>3 m<br>4 m<br>4 m<br>Figure Q3<br>i. Draw the Influence lines for the following<br>a). Vertical Reaction at A<br>b). Bending Moment at B<br>c). Bending moment at mid span BC<br>ВС.<br>ii. If following loads are moving on the beam, find the maximum Bending Moment at mid<br>when<br>span<br>a). Two concentrated loads of 5 kN each act at 2 m apart.<br>b). A Uniformly distributed load of 2 kN /m and 2 m in length covers the beam.<br>

Extracted text: Q3. Figure Q3 shows a continuous beam ADBC with a hinge. A 3 m 3 m 4 m 4 m Figure Q3 i. Draw the Influence lines for the following a). Vertical Reaction at A b). Bending Moment at B c). Bending moment at mid span BC ВС. ii. If following loads are moving on the beam, find the maximum Bending Moment at mid when span a). Two concentrated loads of 5 kN each act at 2 m apart. b). A Uniformly distributed load of 2 kN /m and 2 m in length covers the beam.

Jun 10, 2022
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