Titlebook: Dynamic Behavior of Materials, Volume 1; Proceedings of the 2 Vijay Chalivendra,Bo Song,Daniel Casem Conference proceedings 2013 The Societ

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https://doi.org/10.1007/978-1-4614-4238-7Applied Mechanics; Device Performance; Dynamic Behavior of Material; Experimental Mechanics; Fracture Me

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978-1-4939-5375-2The Society for Experimental Mechanics, Inc. 2013

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Fracture Response of Cross-Linked Epoxy Resins as a Function of Loading Rate,ices, the properties of the epoxies can be tailored to achieve a greater resistance to cracking and high impact toughness. For these experiments, a unique four-point bending specimen was developed. High rate experiments were conducted on a modified Split Hopkinson Pressure Bar (SHPB) with pulse-shap

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Mechanical Response of Polycarbonate Nano-composites as a Function of Strain Rate and Weight Percen3]. Studies have shown that the inclusion of nano-particles in nanocomposites increases the tensile strength and modulus when compared to its parent base material [4–7]. Yet, the effect of nano-particles on the mechanical response and failure behavior of nano-composites at high strain rates is still

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High Rate Characterization of Polymeric Closed-Cell Foams: Challenges Related to Size Effects, help mitigate threats that can range from low velocity impacts to explosive events. Polymeric foams are significantly rate dependent and have very low wave speeds, which can complicate their response in specific conditions. In the present study, two polymeric foams were characterized in compression

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Identification of the Heterogeneous Elasto-plastic Behaviour of FSW Welds at High Strain Rates,nd elasto-plastic behavior. Such spatial heterogeneities make it difficult to extract the entire distribution of local material behavior. This information is required for effective and accurate simulations of structural response (e.g., localized yielding, fracture initiation, failure) under both qua

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