Determine the deflection (mm) at the center C of the beam if the beam AE is...

 

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Determine the deflection (mm) at the center C of the beam if the beam AE is an 5200 X 27.4 Rolled shape (I = 23.9 × 100 mm¹), P-17.5 kN, L=2.5 m, a= 0.8 m, and E-200 GPa. Hint: consider portion ABC only (0<x<a and a<x<L-a) and symmetry about C, and use boundary conditions : [x=0, y=0], [x-a, y-y],[x-a, dy/dx=dy/dx], [x=L/2, dy/dx=0] -1/2 Fin 1 1 | Determine the deflection (mm) at the center C of the beam if the beam AE is an 5200 X 27.4 Rolled shape (I = 23.9 × 100 mm¹), P-17.5 kN, L=2.5 m, a= 0.8 m, and E-200 GPa. Hint: consider portion ABC only (0<x<a and a<x<L-a) and symmetry about C, and use boundary conditions : [x=0, y=0], [x-a, y-y],[x-a, dy/dx=dy/dx], [x=L/2, dy/dx=0] -1/2 Fin 1 1 |

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To determine the deflection at the center C of the beam we can use the differential equation of the ... View the full answer