Steady-state response refers to the behavior of a dynamic system after it has settled from its initial conditions and is subjected to a continuous input. In this phase, the system's response becomes stable and predictable, exhibiting consistent characteristics that are primarily determined by the system's inherent properties and the nature of the input. Understanding this concept is crucial when analyzing how systems behave under repeated or sustained excitation, particularly in scenarios involving multiple degrees of freedom and damped vibrations.
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