- 1 On The Simply Supported Beam Which Is Shown Below A Triangular Distributed Load Is Applied Calculate The Equation O 1 (158.99 KiB) Viewed 28 times
1. On the simply supported beam which is shown below, a triangular distributed load is applied. Calculate the equation o
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1. On the simply supported beam which is shown below, a triangular distributed load is applied. Calculate the equation o
1. On the simply supported beam which is shown below, a triangular distributed load is applied. Calculate the equation of the internal shear force Q, at a randomly chosen position x in the beam. To solve the problem, consider the following relations and conditions: 9x = *,, with qx being the triangular distributed load at a random position x of the beam, L the length of the beam and a constant. 9 do According to strength of materials: –9x, with Q being the internal shear force. At point A of the beam (x=0), the internal shear force is given by: Q = =0: 94 qL dx Origin of x x h [20 Marks]
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