Three-dimensional parabolic cable element for cable-supported structures

Citations

SCOPUS

1

초록

This paper presents a three-dimensional parabolic cable element for cable structures. The formulas of the diagonal and off-diagonal terms in the stiffness matrix are derived by using the assumption that the derivative of the total length of the cable is equal to that of the elastic elongation and the relationship between the nodal forces. Then, the proposed element is verified by using finite element analysis for several numerical examples. Since the verification results show that the proposed element offers a high degree of accuracy and computational efficiency relative to the catenary element, the proposed element is expected to be used not only in research but also for the practical design of cable-supported structures such as suspension bridges and cable-stayed bridges.

키워드

Cable elementCatenaryParabolaStiffness matrixCable stayed bridgesComputational efficiencyNumerical methodsOverhead linesStiffnessStiffness matrixCable elementCable-supported structureCatenaryCatenary elementElastic elongationHigh degree of accuracyParabolaVerification resultsCables
제목
Three-dimensional parabolic cable element for cable-supported structures
저자
Choi, Dong-HoGwon, Sun-GilNassif, Hani
DOI
10.2749/222137814814027891
발행일
2014-09
유형
Conference Paper
저널명
Engineering for Progress, Nature and People
페이지
411 ~ 414