This study investigated short thin-walled channel columns made of carbon/epoxy laminate.
Columns with two multi-ply composite layups [0/45/− 45/90] s and [90/− 45/45/0] s were …

The paper deals with experimental and numerical analysis of end-notched flexure (ENF) test
of GRFP unidirectional laminates. The numerical analyses were performed in the ANSYS® …

This paper investigates the stability, load-carrying capacity and failure analysis of thin-
walled plate elements weakened by cut-out and subjected to axial compression. Tested …

This paper presents the results of a numerical FEM analysis of the effect of embedment
depth on the extent of the failure zone (cone failure) under the effect of an undercut anchor …

Thin-walled elements, thanks to their good properties, are increasingly used in structural
applications, especially in the aircraft and building industries. These kinds of structures are …

This paper presents an investigation of the progressive damage and failure behaviour of thin-
walled Glare–Fibre Metal Laminate (FML) short columns subjected to in-plane compressive …

This paper presents the results of an experimental study of adhesive joint strength with
consideration of the inaccuracy of the hardener dosage, in the context of evaluating the …

The paper presents the results of a numerical analysis using the Finite Element Method
(FEM) of the friction issue in the contact between the undercut anchor head and rock during …

The present paper, provides a study of conducting experimental investigations (based on
the ISO standards), in the context of determining material properties (mechanical and …

This paper investigates the behaviour of thin-walled composite plates with a cut-out under
compression. The effects of lamina ply orientation on the critical state and the behaviour of …