The T-beam cross section shown in Figure Q.4(a) is used to support a manual winch that...
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The T-beam cross section shown in Figure Q.4(a) is used to support a manual winch that is located 6m from the end of a 12m beam. 20 (0) 120 20 200 All dimensions are in mm Figure Q.4(a) Determine the fully plastic moment of resistance Mp for this beam given that it is manufactured from a material with a tensile yield stress ay = 250MN/m² (ii) Determine the shape factor for the beam. (b) Determine the maximum load that the winch can hoist, using this structure, where a safety factor of 1.7 is required. State your assumptions made. (6) (8) (6) The T-beam cross section shown in Figure Q.4(a) is used to support a manual winch that is located 6m from the end of a 12m beam. 20 (0) 120 20 200 All dimensions are in mm Figure Q.4(a) Determine the fully plastic moment of resistance Mp for this beam given that it is manufactured from a material with a tensile yield stress ay = 250MN/m² (ii) Determine the shape factor for the beam. (b) Determine the maximum load that the winch can hoist, using this structure, where a safety factor of 1.7 is required. State your assumptions made. (6) (8) (6)
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a Fully plastic moment of resistance The fully plastic moment of resistance M is the maximum moment ... View the full answer
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