Find the vertical deflection at the midpoint of the beam using a single beam element. F-1000...

 

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Find the vertical deflection at the midpoint of the beam using a single beam element. F-1000 N 1000 Nmm fixed B support L-1000 mm a)Bridge b) bridge model Esteel=200.10° N/m² (Young Modulus), -42.66*10* m* (Moment of Inertia) 10 -10° N [N /m] (Stiffness matrix of the spring) -10° 10 Considering the symmetry on a bridge (Figure-a), the model is shown in Figure-b. A downward point load (1000N) and a clockwise moment (1000 Nmm) are applied on point B of the cantilever beam, A spring that is allowed to make displacement only in the vertical direction is attached to point B and fixed to the ground from its other end. Find the vertical deflection at the midpoint of the beam using a single beam element. F-1000 N 1000 Nmm fixed B support L-1000 mm a)Bridge b) bridge model Esteel=200.10° N/m² (Young Modulus), -42.66*10* m* (Moment of Inertia) 10 -10° N [N /m] (Stiffness matrix of the spring) -10° 10 Considering the symmetry on a bridge (Figure-a), the model is shown in Figure-b. A downward point load (1000N) and a clockwise moment (1000 Nmm) are applied on point B of the cantilever beam, A spring that is allowed to make displacement only in the vertical direction is attached to point B and fixed to the ground from its other end.