Article citationsMore>>

Deana, C.E. and Werbya, M.F. (1992) Hamilton’s Principle and the Equations of Motion of an Elastic Shell with and without Fluid Loading. Computational and Applied Mathematics, 92, 131-140.

has been cited by the following article:

• TITLE: Theories and Analyses Thick Hyperbolic Paraboloidal Composite Shells

  AUTHORS: Mohammad Zannon, Basma Al-Shutnawi, Hussam Alrabaiah

  KEYWORDS: Stress Resultants, Hyperbolic Paraboloidal, Hamilton Principles, Thick Shell, Third Order Shear Deformation, Cross-Ply, Stiffness Matrix

  JOURNAL NAME: American Journal of Computational Mathematics, Vol.5 No.2, May 20, 2015

  ABSTRACT: This paper presents the stress resultants of hyperbolic paraboloidal shells using higher order shear deformation theory recently developed by Zannon [1]-[3]. The equilibrium equations of motion use Hamilton’s minimum energy principle for a simply supported cross-ply structure by Zannon (TSDTZ) [2] [3]. The results are calculated for orthotropic, two-ply unsymmetrical [90/0] shells. The extensional, bending and coupling stiffness parameters are calculated using MATLAB algorithm for laminated composite hyperbolic paraboloidal shells. A comparison of the present study with other researchers in the literature is given, and is in good agreement.