Rational magnification of the plate elastic shear buckling strength

• Published in: Thin-walled structures 2015-09, Vol.94, p.167-176
• Main Authors: Kitarovic, Stanislav, Andric, Jerolim, Piric, Karlo
• Format: Article
• Language: English
• Subjects: Approximation; Buckling; Critical shear stress; Design engineering; Mathematical analysis; Mathematical models; Plate elastic shear buckling; Plates (structural members); Pure edge shear load; Shear; Stiffened plate elastic shear buckling; Strength
• ISSN: 0263-8231; 1879-3223
• DOI: 10.1016/j.tws.2015.04.016

Various feasible approaches to magnification of the plate elastic shear buckling strength are comprehensively investigated. Based on derived theoretical envelopes of the considered approaches, stiffening parallel to the longer plate edges is identified as the most effective approach to the considered problem. An accompanying analytical formulation, convenient for utilization in structural analysis and design of the plated structures, is approximated. Various recommendations and formulations relevant for determination of the rational stiffened plate design (with respect to the considered problem) are proposed. All derived conclusions and proposed formulations are based on results of the numerous rationally designed numerical simulations. •Theoretical envelopes for feasible approaches to considered problem are derived.•Stiffening parallel to the longer plate edges represents the best approach.•Various relevant formulations regarding the proposed approach are given.•Recommendations regarding the rational stiffened plate design are given.•Presented work is based on results of the numerous numerical simulations.