Damping characteristics of three-layered sandwich cylindrical shell for thin and thick core
viscoelastic layers are studied using semi-analytical finite element method. The finite …

In this work, the formulation of a new triangular finite element is presented for static and free
vibration of plate bending. The developed element which contains the three essential …

A quadrilateral and a triangular element based on the strain approach are developed for
static, free vibration and buckling analyses of Reissner–Mindlin plates. The four-node …

Nonlinear vibration analysis of sandwich shell structures with a constrained
electrorheological (ER) fluid is investigated for different boundary conditions. To accomplish …

This research paper proposes a new triangular cylindrical finite element for static and free
vibration analysis of cylindrical structures. The formulation of the proposed element is based …

In this paper, a new triangular membrane finite element with in-plane drilling rotation has
been developed using the strain-based approach for static and free vibration analyses. The …

As a widely used structural form, doubly-curved composite shells have been applied in
aviation and other engineering fields. With a refined mechanical model, structural …

Un élément rectangulaire basé sur l'approche en déformation, possédant les deux ddl
essentiels pour chacun des noeuds sommets, est développé pour la résolution des …

This paper presents the development of a quadrilateral plate bending finite element for the
computation of natural frequencies of plates with arbitrary geometry. This element is based …

In this paper, a new rectangular flat shell element denoted 'ACM_RSBE5'is presented. The
new element is obtained by superposition of the new strain-based membrane element …