In this paper; a submarine vessel’s shell element’s
deformation has been investigated due to hydrotatic pressure. Eleven different
pressure value for eleven depth has been accounted. A doubly curved shell
element within different radius and different lenghts of edges is analysed by
using numerical method solution of static linear equilibrium equation of shell
element. In the solution part, Navier Solution method with double Fourier
series is used for solution of final differantial equations. Identical shell
element has been analysed in a package program ANSYSTM in order to verification
of solution. Following of verification, cylindrical shell element has been
analysed with numerical method. In numerical analysis a MATLABTM code is
written for easy solution for different curvature radiuses and different
lenghts of edges. After all solution analyses, stres components of shell
elements has been compared with Turkis Loyd permitted stress components for
design of a submarine. As a result, it’s studied on deformation of isotropic
shell element according to different length-thickness ratio and length values.
Journal Section | Articles |
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Authors | |
Publication Date | April 28, 2017 |
Published in Issue | Year 2017 Volume: 13 Issue: 1 |