In this paper, mixed finite element (MFEM) equations which are based on a functional are
obtained by using the Gâteaux differential (GD) for laminated composite beams. Higher …

The flexural performance of laminated glass, a composite of two or more glass plies bonded
together by polymeric interlayers, depends upon shear coupling between the glass …

This paper presents a novel model that, for the first time, simultaneously captures the effects
of variable cross-section and interlayer slip on the geometrically nonlinear response of …

A simplified static procedure is proposed for analysing and designing composite beams with
interlayer slip. The method is parallel to the Eurocode 5 method, but it is general in nature …

The static and dynamic behavior of three-layered composite structures is investigated in the
present work through the presently proposed finite-element (FE) expressions. Relative to …

Structural steel frames exhibit significantly geometric and material nonlinearities which can
be captured using the second-order inelastic analysis, also known as advanced analysis …

This paper presents the full closed-form solution of the governing equations describing the
behaviour of a shear-deformable two-layer beam with partial interaction. Timoshenko's …

The traditional direct stiffness matrix method may occur numerical instability for analysis of
partial-interaction composite beams with long spans. To solve this problem, this paper …

Horizontal well is one of the main measures to improve oil and gas production capacity.
However, with the extension of horizontal section, the risk of pipe string buckling will be …