- Please Answer All Questions And Give The Correct Solution 1 (113.19 KiB) Viewed 39 times
please answer all questions and give the correct solution
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answerhappygod
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please answer all questions and give the correct solution
please answer all questions and give the correct solution
You are working as a project engineer at a construction site in the Pekan area, Pahang. Before beginning construction, the beam needed to support the bridge must be identified as a simply supported beam. Prior to beginning construction, the support beam for the bridge must be identified, and management has decided to use a simply supported beam with a total length of 8 m starting from point A to point B, two concentrated loads of 20 and 30 kN are applied to the beam at a distance of 2 m and 3 m from point A, respectively. In addition to that, an external moment of 15 kN-m is applied at 5 m from point A. You assume that the beam AB cross-section is considered to be wide flange shaped of W250×167, E = 200 GPa. a) b) c) Sketch the structural model of the beam, including boundary and initial conditions. [5 Marks] You are utilising the singularity functions as a method to derive the mathematical equations of the slope and deflection of the elastic curve for a simply supported beam AB. Evaluate the maximum deflection location and magnitude of the beam AB. [20 Marks] [8 Marks] [CO3, PO3, C5]
You are working as a project engineer at a construction site in the Pekan area, Pahang. Before beginning construction, the beam needed to support the bridge must be identified as a simply supported beam. Prior to beginning construction, the support beam for the bridge must be identified, and management has decided to use a simply supported beam with a total length of 8 m starting from point A to point B, two concentrated loads of 20 and 30 kN are applied to the beam at a distance of 2 m and 3 m from point A, respectively. In addition to that, an external moment of 15 kN-m is applied at 5 m from point A. You assume that the beam AB cross-section is considered to be wide flange shaped of W250×167, E = 200 GPa. a) b) c) Sketch the structural model of the beam, including boundary and initial conditions. [5 Marks] You are utilising the singularity functions as a method to derive the mathematical equations of the slope and deflection of the elastic curve for a simply supported beam AB. Evaluate the maximum deflection location and magnitude of the beam AB. [20 Marks] [8 Marks] [CO3, PO3, C5]