7 pages, 11 figuresThe dynamic flexural behaviour of sandwich beams, with composite face-sheets and a foam core, was analysed by developing a 3D finite-element model. To model the core behaviour, a crushable foam model was used. The Hou criteria were used to predict the failure of the face-sheets. Dynamic bending tests were performed to validate the numerical model. The comparison between numerical and experimental results in terms of contact-force histories, peak-force values, absorbed energy, and maximum displacement of both face-sheets was satisfactory. It was revealed that the collapse of the foam core under the impact region favoured the failure of the upper face-sheet.The authors are indebted to the Autonomous Community of Madrid and ...
The paper describes FE simulation methods for novel folded structural composite cores being develope...
Fibre reinforced composites are lightweight, strong materials that are increasingly used in all sort...
High specific strength and stiffness dominate the choice of material selection in the fields of weig...
7 pages, 11 figuresThe dynamic flexural behaviour of sandwich beams, with composite face-sheets and ...
In this work, the dynamic flexural behaviour of composite sandwich beams, with glass fibre/polyester...
In-service, composite sandwich structures, which consist of fibre-composite skins (also termed face-...
Sandwich beams with composite faces sheets and foam core are widely used as lightweight components i...
This paper studies the high velocity impact response of sandwich plates, with E glass fibre/polyeste...
This article presents a comprehensive study on the failure behavior of foam core sandwich beams unde...
The paper illustrates the application of a finite element tool for simulating the structural and dam...
This study addresses the bending impact behaviour of sandwich beams made of a low density core bonde...
This paper deals with analysis of flexural stiffness, indentation and their energies in three point ...
Sandwich beams comprising identical face sheets and a square honeycomb core were manufactured from c...
AbstractThe dynamic response of glass fibre–vinylester composite beams is measured by impacting the ...
Analytical predictions are presented for the plastic collapse strength of lightweight sandwich beams...
The paper describes FE simulation methods for novel folded structural composite cores being develope...
Fibre reinforced composites are lightweight, strong materials that are increasingly used in all sort...
High specific strength and stiffness dominate the choice of material selection in the fields of weig...
7 pages, 11 figuresThe dynamic flexural behaviour of sandwich beams, with composite face-sheets and ...
In this work, the dynamic flexural behaviour of composite sandwich beams, with glass fibre/polyester...
In-service, composite sandwich structures, which consist of fibre-composite skins (also termed face-...
Sandwich beams with composite faces sheets and foam core are widely used as lightweight components i...
This paper studies the high velocity impact response of sandwich plates, with E glass fibre/polyeste...
This article presents a comprehensive study on the failure behavior of foam core sandwich beams unde...
The paper illustrates the application of a finite element tool for simulating the structural and dam...
This study addresses the bending impact behaviour of sandwich beams made of a low density core bonde...
This paper deals with analysis of flexural stiffness, indentation and their energies in three point ...
Sandwich beams comprising identical face sheets and a square honeycomb core were manufactured from c...
AbstractThe dynamic response of glass fibre–vinylester composite beams is measured by impacting the ...
Analytical predictions are presented for the plastic collapse strength of lightweight sandwich beams...
The paper describes FE simulation methods for novel folded structural composite cores being develope...
Fibre reinforced composites are lightweight, strong materials that are increasingly used in all sort...
High specific strength and stiffness dominate the choice of material selection in the fields of weig...