mi m2 m3 b. [20 points) Starting with the assumed values, write down the mass matrix [m] and the stiffness matrix [k].

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answerhappygod
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mi m2 m3 b. [20 points) Starting with the assumed values, write down the mass matrix [m] and the stiffness matrix [k].

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Mi M2 M3 B 20 Points Starting With The Assumed Values Write Down The Mass Matrix M And The Stiffness Matrix K 1
Mi M2 M3 B 20 Points Starting With The Assumed Values Write Down The Mass Matrix M And The Stiffness Matrix K 1 (13.19 KiB) Viewed 10 times
Mi M2 M3 B 20 Points Starting With The Assumed Values Write Down The Mass Matrix M And The Stiffness Matrix K 2
Mi M2 M3 B 20 Points Starting With The Assumed Values Write Down The Mass Matrix M And The Stiffness Matrix K 2 (33.4 KiB) Viewed 10 times
mi m2 m3
b. [20 points) Starting with the assumed values, write down the mass matrix [m] and the stiffness matrix [k]. Using the flexibility influence coefficients from example 6.5 compute the influence matrix [a]. Use [m] and [a], compute the Dynamical Matrix [D] for the system. No need to write the (c) matrix. C. (20 points) Using A = 12[1]-[D]I = 0, derive the Characteristic Determinant of the system. (Hint) it will be a 3 by 3 matrix in terms of a, where a = mo?/k. No need to compute the characteristic polynomial or its roots.
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