It is well known that there is a lack of experimental results on the thickness distributions of the displacements, strains and stresses in sandwichbeams in bending. The present work aims to fill partially this lacuna through an experimental investigation. Use is made of a technique based on holographicinterferometry. Some experimental results quantifying the thickness distributions of the displacements are presented and the limitations of the adopted technique are discussed. The investigation also highlights some interesting effect of the core deformability, which are essential in understanding the failure phenomena of sandwich structures subjected to concentrated loads
Lattice truss structures, which are used as a core material in sandwich panels, were widely investig...
A theoretical solution for the transverse and axial deformations of sandwich cantilever beams, due t...
The high bending strength to weight ratio of a sandwich structure makes it advantageous to the aeros...
It is well known that there is a lack of experimental results on the thickness distributions of the ...
The recent development of new forms of composite and hybrid materials together with the need for str...
Cracks are one of the most important defects influencing the failure of technical constructions. In ...
The sandwich constructions are widely used in various industrial applications due to their ability t...
AbstractThe main objective of this study was the assessment of the stress-strain fields of the sandw...
The suitability of sandwich holography for displacement derivative measurement is demonstrated. Holo...
An application of sandwich speckle holography with an image processing system is proposed to investi...
A system based on 2D Fourier transform method for accurate determination of the interference phase d...
An experimental procedure based on holographic interferometry coupled with computer-aided image proc...
The sandwich beam can be considered as the multi-layered structure with a symmetrical cross-section....
Mode shapes acquired using holographic interferometry with both stroboscopic real time and time aver...
We are interested in sandwich beams whose skins may be thick (as defined in the classical book of Al...
Lattice truss structures, which are used as a core material in sandwich panels, were widely investig...
A theoretical solution for the transverse and axial deformations of sandwich cantilever beams, due t...
The high bending strength to weight ratio of a sandwich structure makes it advantageous to the aeros...
It is well known that there is a lack of experimental results on the thickness distributions of the ...
The recent development of new forms of composite and hybrid materials together with the need for str...
Cracks are one of the most important defects influencing the failure of technical constructions. In ...
The sandwich constructions are widely used in various industrial applications due to their ability t...
AbstractThe main objective of this study was the assessment of the stress-strain fields of the sandw...
The suitability of sandwich holography for displacement derivative measurement is demonstrated. Holo...
An application of sandwich speckle holography with an image processing system is proposed to investi...
A system based on 2D Fourier transform method for accurate determination of the interference phase d...
An experimental procedure based on holographic interferometry coupled with computer-aided image proc...
The sandwich beam can be considered as the multi-layered structure with a symmetrical cross-section....
Mode shapes acquired using holographic interferometry with both stroboscopic real time and time aver...
We are interested in sandwich beams whose skins may be thick (as defined in the classical book of Al...
Lattice truss structures, which are used as a core material in sandwich panels, were widely investig...
A theoretical solution for the transverse and axial deformations of sandwich cantilever beams, due t...
The high bending strength to weight ratio of a sandwich structure makes it advantageous to the aeros...