Two disks are tightly attached to a uniform diameter shaft at the position shown inFigure Q5. The is supported by two roller bearings at both ends. Assuming the mass of theshaft is negligible as compared to the disks masses and the shaft is made of steel withmodulus of elasticity of E = 207 x 10° N/m2. Determine:i)the flexibility influence coefficient of the system.i) using Dunkerley Method find the fundamental frequency of the system.i) the static deflection due to the loads.iv) using Rayleigh method determine the fundamental frequency of the system.v) comment on the accuracy of each method.50 kg30 kg25 mm250 mm250 mm250 mm

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Two disks are tightly attached to a uniform diameter shaft at the position shown in Figure Q5. The is supported by two roller bearings at both ends. Assuming the mass of the shaft is negligible as compared to the disks masses and the shaft is made of steel with modulus of elasticity of E = 207 x 10° N/m. Determine: i) the flexibility influence coefficient of the system. i) using Dunkerley Method find the fundamental frequency of the system. i) the static deflection due to the loads. iv) using Rayleigh method determine the fundamental frequency of the system. v) comment on the accuracy of each method. 50 kg 30 kg 25 mm 0 250 mm 250 mm 250 mm

Two disks are tightly attached to a uniform diameter shaft at the position shown in Figure Q5. The is supported by two roller bearings at both ends. Assuming the mass of the shaft is negligible as compared to the disks masses and the shaft is made of steel with modulus of elasticity of E = 207 x 10° N/m. Determine: i) the flexibility influence coefficient of the system. i) using Dunkerley Method find the fundamental frequency of the system. i) the static deflection due to the loads. iv) using Rayleigh method determine the fundamental frequency of the system. v) comment on the accuracy of each method. 50 kg 30 kg 25 mm 0 250 mm 250 mm 250 mm

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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