EIVPConsider a 3-element axial vibration model of a fixed-fixed bar. Use finite element analysis to determine the first two natural frequencies w1=awhere and b are scalars, I is the length of the bar, E is Young's modulus and p is the density. Determine the value of b using 3 decimal places.and w2=b E=IV P

Solution: Given Data: ω1=aLEρω2=bLEρ To Find: Determine the value of b.

Consider a 3-element axial vibration model of a fixed-fixed bar. Use finite element analysis to determine the first two natural frequencies w1= IV P where a and b are scalars, I is the length of the bar, E is Young's modulus and p is the density. Determine the value of b using 3 decimal places. b HE 11 and w2=

Consider a 3-element axial vibration model of a fixed-fixed bar. Use finite element analysis to determine the first two natural frequencies w1= IV P where a and b are scalars, I is the length of the bar, E is Young's modulus and p is the density. Determine the value of b using 3 decimal places. b HE 11 and w2=

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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