A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Nonlinear finite element modelling investigation of flexural damping behaviour of triple core composite sandwich panels
Highlights ► A novel composite with high damping capacity was developed. ► Theoretical approach was performed using the energy methods. ► The deep FEM analysis of foam core sandwich composite panels was reviewed. ► The finite element modelling and the theoretical approach were compared.
Abstract Damping is a useful parameter for controlling vibration and movement in the design of the structure. The aim of this work is to develop a novel composite with high damping capacity. In this study, flexural damping responses of triple core (aluminium foam and PMI foam and H100 PVC foam) sandwich panels are investigated. A numerical modelling of the flexural damping response was performed using the ABAQUS software. All calculations about the theoretical approach were performed using the MATLAB software. A good match between the finite element modelling and the theoretical approach was obtained.
Nonlinear finite element modelling investigation of flexural damping behaviour of triple core composite sandwich panels
Highlights ► A novel composite with high damping capacity was developed. ► Theoretical approach was performed using the energy methods. ► The deep FEM analysis of foam core sandwich composite panels was reviewed. ► The finite element modelling and the theoretical approach were compared.
Abstract Damping is a useful parameter for controlling vibration and movement in the design of the structure. The aim of this work is to develop a novel composite with high damping capacity. In this study, flexural damping responses of triple core (aluminium foam and PMI foam and H100 PVC foam) sandwich panels are investigated. A numerical modelling of the flexural damping response was performed using the ABAQUS software. All calculations about the theoretical approach were performed using the MATLAB software. A good match between the finite element modelling and the theoretical approach was obtained.
Nonlinear finite element modelling investigation of flexural damping behaviour of triple core composite sandwich panels
Hazrati Niyari, A. (author)
2012-11-04
7 pages
Article (Journal)
Electronic Resource
English
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Flexural Wrinkling Behaviour of Lightly Profiled Sandwich Panels
| British Library Conference Proceedings | 2000