An analytical study of longitudinal fracture in two-dimensional functionally graded cantilever
beam configurations is carried-out with taking into account the non-linear behavior of …

A delamination analysis of a multilayered inhomogeneous beam structure under linear
creep is developed. A viscoelastic model that consists of an arbitrary number of linear …

A considerable attention is given to studying the stressed state of adhesive joints due to the
structure's bearing capacity, which is usually determined by the strength of the connections …

In this paper, effects of the defect in an adhesively bonded joint have been investigated
using cohesive zone modeling. Consequently, a 3D finite element model of a single lap-joint …

Delamination fracture in multilayered functionally graded, split cantilever beams is analyzed
with account taken of the nonlinear behavior of the material. The fracture is studied …

Sažetak The basic purpose of the present paper is to develop lengthwise fracture analyses
of the functionally graded Symmetric Split Beam (SSB) configurations which exhibit non …

This paper is focused on the delamination analysis of a multilayered beam structure loaded
in torsion under strain-path control. The beam under consideration has a rectangular cross …

The present paper deals with delamination fracture analyses of the multilayered functionally
graded non-linear elastic Symmetric Split Beam (SSB) configurations. The material is …

The main purpose of the present paper is to evaluate the influence of increase of the
coefficient of viscosity with time on the strain energy release rate for a longitudinal crack in a …

This paper describes a research of lengthwise fracture in a viscoelastic inhomogeneous
cantilever beam under strain that is a sinusoidal function of time. The beam mechanical …