Titlebook: Dynamic Behavior of Materials, Volume 1; Proceedings of the 2 Leslie E. Lamberson Conference proceedings 2020 Society for Experimental Mech

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Gewalt in der Sprache und durch Sprachee toughness of rocks under confining conditions. This paper presents a punch-through shear (PTS) method to measure such material parameter of rocks under different confining pressures. A split Hopkinson pressure bar system with a Hoek cell is used to exert the dynamic PTS tests. The dynamic PTS spec

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Verkaufs-Innen- und -Au?endienst-Teilzielerials may be subjected to high loads such as crash impact. Therefore, they have to meet strong requirements in terms of safety regulations. It is so important to know and to anticipate the behavior of the material in a wide strain rate and temperature range in order to predict the risk of failure..I

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Verkaufs-Innen- und -Au?endienst-Teilzielefficult to work. Additive manufacture is therefore attractive: it reduces both the amount of material required, and the amount of machining required, to construct a given object. Additively manufactured maraging steel is commercially available, but the selective laser melting technique used to produ

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Mechanical Properties of Transparent Laminates Fabricated Using Multi-Material Photopolymer Jettingrate of deformation as well as the thickness and numbers of layers in the material influence the material’s strength and stiffness, with failure largely occurring at interfaces between the two materials. The experimental setup and results are discussed.

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Designing Future Materials with Desired Properties Using Numerical Analysis, the future. This paper presents the modeling efforts at U.S. Army Research Laboratory (ARL) to develop a correlation between failure mechanisms and the material properties obtained experimentally leading to future materials technologies for personnel protection.

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Tensile Hopkinson Bar Analysis of Additively Manufactured Maraging Steel,n, calibration and analysis used to recover stress and strain data for maraging steel loaded to failure using a tensile Hopkinson bar. Conventional wrought maraging steel, additively manufactured maraging steel and other materials were studied.