Stiffened plates and shells are encountered in many engineering applications. Several
analytical and numerical procedures were developed over the past decades for analysis of …

Stiffened panels made out of isotropic or anisotropic materials are being extensively used as
structural elements for aircraft, maritime, and other structures. In order to maintain stiffness …

Improved buckling analysis of stiffened laminated composite plates under axial compressive
loads are conducted using spline finite strip method. The stiffened laminated composite …

In this study, an analytical solution has been developed for the elastic buckling analysis of
stiffened panels subjected to pure bending, and the effect of main geometric parameters of …

A solution for the elastic and inelastic local buckling of flat rectangular plates with centerline
boundary conditions subjected to non-uniform in-plane compression and shear stress is …

A large deflection, semi-analytical method is developed for pre-and postbuckling analyses of
stiffened rectangular plates with one edge free or flexibly supported, and the other three …

The article presents one-girder roadway structures for suspended cranes, conveyors and
other machinery, as well as different ways of dimensioning them, taking into account the …

The paper overviews recent developments and research work for stiffened plates and shells
in all the engineering applications. The first part reviews the analytical, numerical and …

The paper presents a numerical procedure for dynamic analysis of box girders with tee-
stiffeners utilizing unconstrained optimization techniques. Unlike the finite element or finite …

Mechanics of structure genome (MSG) is a unified homogenization theory that provides
constitutive modeling of three-dimensional (3D) continua, beams and plates. In present …