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- W2091922030 abstract "The high strain-rate interfacial behavior of layered aluminum composite has been investigated. A dislocation-density based crystalline plasticity formulation, specialized finite-element techniques, rational crystallographic orientation relations, and a new fracture methodology for large scale plasticity been used. Two alloy layers, a high strength alloy, aluminum 2195, and an aluminum alloy 2139, with high toughness, were modeled with representative microstructures that included precipitates, dispersed particles, and different grain boundary (GB) distributions. The new fracture methodology, based on an overlapping element method and phantom nodes, along with a fracture criteria specialized for fracture on different cleavage planes is used to model interfacial delamination. Dislocation-density evolution significantly affects the delamination process, and this has a directly related to the strengthening, toughening, and failure of the layered composite. It is also shown that brittle alumina (Al2O3) platelets in the interface region played an important role in interfacial delamination and overall composite behavior." @default.
- W2091922030 created "2016-06-24" @default.
- W2091922030 creator A5085738076 @default.
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- W2091922030 date "2014-10-01" @default.
- W2091922030 modified "2023-09-27" @default.
- W2091922030 title "High strain-rate interfacial behavior of layered metallic composites" @default.
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- W2091922030 doi "https://doi.org/10.1016/j.mechmat.2014.07.008" @default.
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