The paper presents a nonlinear monodimensional continuous model describing the static and dynamic response of an elastic suspended cable, including the effects of a uniform temperature variation. Parametric analyses illustrate how the temperature affects both the closed form solution of the cable static problem under self-weight load and the modal properties characterizing the linearized problem which governs the cable free undamped dynamics in the small oscillation range.
"Temperature effects on the static and dynamic response of elastic suspended cables"
LEPIDI, MARCO
2011-01-01
Abstract
The paper presents a nonlinear monodimensional continuous model describing the static and dynamic response of an elastic suspended cable, including the effects of a uniform temperature variation. Parametric analyses illustrate how the temperature affects both the closed form solution of the cable static problem under self-weight load and the modal properties characterizing the linearized problem which governs the cable free undamped dynamics in the small oscillation range.
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