In this paper, the buckling behavior of thin-walled GFRP cylindrical shells with triangular
lattice patterned reinforcements formed by helical and circumferential ribs under axial force …

The present study aims to investigate the vibrational characteristics of joined stiffened
conical-cylindrical composite shells using experimental, numerical and analytical …

The present research aims to investigate the vibration characteristics of stiffened composite
cylindrical shells using experimental, numerical and analytical techniques. The specimens …

In this paper, an analytical approach has been employed to investigate the global buckling
behavior of grid-stiffened composite conical shells with cross stiffeners, on the basis of the …

In this paper, the free vibrational behavior of composite conical shells stiffened by bevel
stiffeners is investigated using experimental, analytical and numerical techniques. The …

The results of an experimental study on the buckling behavior of thin-walled GFRP-stiffened
cylindrical shells are presented. The buckling behavior of stiffened shells, with lozenge and …

In this paper, a new effective smeared stiffener method is presented for investigating the
global buckling behavior of the laminated sandwich conical shells with lattice cores …

A unified analytical approach is applied for investigating the vibrational behavior of grid-
stiffened composite cylindrical shells considering the flexural behavior of the ribs. A smeared …

The main impetus of the present study is to investigate the buckling analysis of joined
composite sandwich conical–cylindrical shells with reinforced lattice core subjected to …

Optimization of a composite cylindrical pressure hull subjected to hydrostatic pressure with
trapezoidal stiffeners is considered in this paper. The composite cylindrical shell is …