Lateral and distortional buckling ofpultruded I - beams Ever

  • Ioannis G. Raftoyiannis
  • Published 2008

Abstract

The elastic buckling modes of pultruded I-beams subjected to various loading conditions are studied. The coupling of lateral and distortional buckling, very likely to appear in thin-walled cross-sections, is investigated. Plate theory is used to allow for distortion of the cross-section. Shear effects and bendingt\\isting coupling are accounted for in the analysis, because of their significant role. The effect of fiber orientation in the matrix and volume fraction is investigated by a parametric study. Pultruded cross-sections are always.thin-walled due to constraints in the manufacturing process. Hence, the buckling strength determines the overall strength of the member. The results presented correspond to actual pultruded cross-sections being used in civil engineering types of structure.

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Cite this paper

@inproceedings{Raftoyiannis2008LateralAD, title={Lateral and distortional buckling ofpultruded I - beams Ever}, author={Ioannis G. Raftoyiannis}, year={2008} }