The tip of a massless clamped-free beam connected to mass m = made of a solid piece of steel with Young's Modulus of E = 200 GPa, second moment of area I = 270000 mm and length L = 3 m. Neglecting the damping, the amplitude of 12 kg by a spring with stiffness k = 4000 N/m. The mass is excited by a force 10 cos(12t) N. The beam is the mass matt = 1s 00000 1.67 mm -16.10 mm -5.40 mm -13.36 mm 12.63 mm E,I,L massless k wwww 12 x(t) Fo cos(wt)

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The tip of a massless clamped-free beam connected to mass m =
made of a solid piece of steel with Young's Modulus of E = 200 GPa, second moment of area I = 270000 mm and length L = 3 m. Neglecting the damping, the amplitude of
12 kg by a spring with stiffness k = 4000 N/m. The mass is excited by a force 10 cos(12t) N. The beam is
the mass matt = 1s
00000
1.67 mm
-16.10 mm
-5.40 mm
-13.36 mm
12.63 mm
E,I,L
massless
k
wwww
12
x(t)
Fo cos(wt)
Transcribed Image Text:The tip of a massless clamped-free beam connected to mass m = made of a solid piece of steel with Young's Modulus of E = 200 GPa, second moment of area I = 270000 mm and length L = 3 m. Neglecting the damping, the amplitude of 12 kg by a spring with stiffness k = 4000 N/m. The mass is excited by a force 10 cos(12t) N. The beam is the mass matt = 1s 00000 1.67 mm -16.10 mm -5.40 mm -13.36 mm 12.63 mm E,I,L massless k wwww 12 x(t) Fo cos(wt)
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