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Simulation of Impact Phenomena on the Composite Structures Containing Ceramic Plates and High Entropy Alloys

V Geantă, T Cherecheș, P Lixandru, I Voiculescu, R Ștefănoiu, D Dragnea, T Zecheru, L Matache
2017 IOP Conference Series: Materials Science and Engineering  

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Due to excellent mechanical properties, high entropy alloys from the system AlxCrFeCoNi can be used successfully to create composite structures containing both metallic and ceramic plates, which resists at dynamic load during high speeds impact (like projectiles, explosion). The paper presents four different composite structures made from a combination of metallic materials and ceramics plates: duralumin-ceramics, duralumin-ceramics-HEA, HEAceramics-HEA, HEA-ceramics-duralumin. Numerical
more » ... ion of impact behavior of the composite structures was performed by virtual methods, taking into account the mechanical properties of both materials. The best results were obtained using composite structures HEAceramics-HEA, HEA-ceramics-duralumin.
doi:10.1088/1757-899x/209/1/012043 fatcat:fcalqlecmzhbxdwawur3tsokpq
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V Geantă, T Cherecheș, P Lixandru, I Voiculescu, R Ștefănoiu, D Dragnea, T Zecheru, L Matache. "Simulation of Impact Phenomena on the Composite Structures Containing Ceramic Plates and High Entropy Alloys." IOP Conference Series: Materials Science and Engineering (2017) 012043