Publication: Impact behavior of multi-layer carbon skin composite sandwich panels with 3D spacer fabric
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Date
2015-07-01
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Carl Hanser Verlag
Abstract
For this study, the strengths against impact effects of multi-layer composite sandwich panels reinforced by additional lamination structures using 3D spacer fabric have been investigated. To determine the impact strengths of the produced sandwich panels, falling weight tests with a constant impact energy of 15 J were performed on all of the samples, and the loads and absorbed energy were monitored as a function of time. In addition, the damage mechanisms occurring in the structure during impact were examined. Overall, according to the analysis of the damaged surface, the different impacts created a regional penetration area. Furthermore, no deviation in the breakdown of the surface texture was observed in the regions outside of the penetration area.
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Keywords
Low-velocity impact, Compression behavior, Core, Aluminum, Damage, Sandwich panel, Low-velocity impact, 3d spacer fabric, Carbon fabric, Composite, Science & technology, Technology, Materials science, characterization & testing, Materials science
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