Titlebook: Dynamic Behavior of Materials, Volume 1; Proceedings of the 2 Steven Mates,Veronica Eliasson,Paul Allison Conference proceedings 2023 The S

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Dynamic Compressive Behavior and Deformation Mechanisms of 3D-Printed Hierarchical Reentrant Honeycd prominent energy absorption performance under quasi-static compression. However, due to the structural strain rate effect as well as the viscoelastic nature of the printing material, the crushing behavior of H-ReHs under the dynamic loading condition could be completely different from the quasi-st

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High Strain Rate Compressive Behavior of 3D Printed Liquid Crystal Elastomers,at may offer the potential for enhanced energy absorption capacity under impact conditions over conventional polymers due to their ability to align the nematic phase during loading. Being a relatively new material, the high rate compressive properties of LCEs have been minimally studied. Here, we in

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A Novel Method for Development of Constitutive Models Under Simultaneous Extreme Strains and Straino 10, strain rates up to 10. 1/s, and temperatures close to melting are achievable. The new configuration makes a rigid and hard tool strike a specimen that protrudes from the surface of a substrate. The fin-like specimen is deformed in simple shear by the fast-moving tool. The particular geometry o

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Experimental Investigation of the Nonlocal Dynamic Damage Mechanism in Shale,nts the experimental investigation of the mechanism of nonlocal damage distribution in shale material under dynamic loading conditions. A circular disk specimen is subjected to local biaxial loading conditions and tested under two different experimental configurations. First, dynamic damage is inves

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