Nonlinear stability behavior of rotationally-restrained stiffened laminated composite doubly-
curved shallow shells with imperfection subjected to in-plane shear and compression …

For the composite stiffened laminated cylindrical shells, a layerwise/solid-element (LW/SE)
method was established based the layerwise theory and the finite element method (FEM). In …

Stiffened plates are widely used in various engineering fields as main load-carrying
components. Semi-analytical methods are effective for studying the eigenbuckling problems …

Low-velocity impact responses and impact-induced damages evaluation problems are
investigated for the stiffened composite laminated plates based on the progressive failure …

A novel semi-analytical method is presented for buckling analysis of stiffened laminated
composite plates with rotationally-restrained edges and under compression and in-plane …

Steel–concrete composite bridges with multi-box girders have been widely used in bridge
structures owing to their advantages in terms of construction and mechanical behavior. The …

In this two-paper contribution, a general formulation for the nonuniform warping analysis of
composite beams of arbitrary simply or multiply connected cross sections, under arbitrary …

Stiffened thin steel plates are structures widely employed in aeronautical, civil, naval, and
offshore engineering. Considering a practical application where a transverse uniform load …

This work searched for the optimal geometrical configuration of simply supported stiffened
plates subjected to a transverse and uniformly distributed load. From a non-stiffened …

Although the calculation of lateral load distribution behavior of girder type bridges is widely
discussed in AASHTO LRFD based on semi-empirical formulations, the range of …