Experimental determination of interframe buckling of a ring stiffened cylinder / N.G. Pegg ; approved by L.J. Leggat.: D68-21/24-1989E-PDF

"An experimental determination of the interframe buckling collapse of a ring stiffened cylinder subjected to hydrostatic pressure is presented. This test serves two purposes, the first to experimentally verify finite element predictions of the buckling collapse behaviour, the second to evaluate the possibilities of using an existing high pressure facility for conducting model tests of more complex pressure vessel models. The finite element and experimental results for the collapse load and mode were in good agreement. A method of determining the elastic buckling collapse load by measuring the decreasing frequencies of vibration modes corresponding to buckling collapse modes has also been investigated with encouraging results. The high pressure tank served the purpose of conducting the experiment, although the inability to physically observe the test did cause some difficulties in determining the actual collapse load"--Abstract, page ii.

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Publication information
Department/Agency Defence Research Establishment Atlantic, issuing body.
Title Experimental determination of interframe buckling of a ring stiffened cylinder / N.G. Pegg ; approved by L.J. Leggat.
Series title Technical memorandum ; 89/209
Publication type Series - View Master Record
Language [English]
Format Electronic
Electronic document
Note(s) Digitized edition from print [produced by Defence Research and Development Canada].
Includes bibliographical references (page 32).
Includes abstracts in English and French.
Publishing information [Dartmouth, N.S.] : National Defence, Research and Development Branch, Defence Research Establishment Atlantic, May 1989.
Author / Contributor Pegg, Neil G., author.
Description 1 online resource (iv, 34 pages) : illustrations, graphs, photographs.
Catalogue number
  • D68-21/24-1989E-PDF
Subject terms Cylinder (Mathematics)
Buckling (Mechanics)
Cylindre (Mathématiques)
Flambage (Résistance des matériaux)
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