The differential equations have a solution, (tilde{p}_{i}=int_{0}^{t} tilde{g}_{i}(t) e^{-gamma_{i}(t-tau)} d tau), called the ________. Regarding the derivation

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The differential equations have a solution, $\tilde{p}_{i}=\int_{0}^{t} \tilde{g}_{i}(t) e^{-\gamma_{i}(t-\tau)} d \tau$, called the ________.

Regarding the derivation of modal analysis for a system with a general damping matrix.

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Mechanical Vibrations Theory And Applications

ISBN: 120532

1st Edition

Authors: S. GRAHAM KELLY

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Question Posted: Apr 28, 2024 05:01 AM

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The differential equations have a solution, (tilde{p}_{i}=int_{0}^{t} tilde{g}_{i}(t) e^{-gamma_{i}(t-tau)} d tau), called the ________. Regarding the derivation

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Mechanical Vibrations Theory And Applications

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