A beam and it's cross-section is given in the figure. Point A is fixed, point B is rollersupported. Also, there is a hinge at point G of the beam. Calculate the maximum tensionOma,tension (MPa) and maximum compression oma compression (MPa) for the cross-section.Note: Centroid of the section is 120 mm above from the bottom fiber.P(7kNyAq(2kN/m)150 mmABG'hingeL-2m4 m2 m30, mmBeam sectionResults TableOmax, tension (MPa)=Omax,compression (MPa)=j=120ww150 mm180 mmwwos

A beam and it's cross-section is given in the figure. Point A is fixed, point B is roller supported. Also, there is a hinge at point G of the beam Calculate the maximum tension Oma (MPa) and maximum compression oma.compresion (MPa) for the cross-section. tension Note: Centroid of the section is 120 mm above from the bottom fiber. P(7kN yA q(2kN/m) 150 mm A G hinge L-2m 4 m 2 m, 30, mm Beam section 180mm ww O wwfos ww

A beam and it's cross-section is given in the figure. Point A is fixed, point B is roller supported. Also, there is a hinge at point G of the beam Calculate the maximum tension Oma (MPa) and maximum compression oma.compresion (MPa) for the cross-section. tension Note: Centroid of the section is 120 mm above from the bottom fiber. P(7kN yA q(2kN/m) 150 mm A G hinge L-2m 4 m 2 m, 30, mm Beam section 180mm ww O wwfos ww

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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