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As part of the fitting of the mooring lines to a wave energy device, the pin-jointed structure shown in Figure Q is to be subjected to a small degree of plastic deformation by applying a force, F, in the direction shown. The structure is made from two members, each of cross-sectional area 50mm2, using a high strength steel whose elastic-plastic stress-strain relationship is:
(a) Calculate the load, F, required to cause first yield in members AC and BC.
(b) Find the deflection, u, for a load, F, of 35kN and determine the residual plastic strain in the members after removal of the load.
Consideration: 1. From above equation, it is clear that centrifugal tension is not dependent of T1 and T2. It depends upon velocity of the belt. For lower belt speed (that is,
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