Titlebook: Dynamic Behavior of Materials, Volume 1; Proceedings of the 2 Bo Song,Leslie Lamberson,Jamie Kimberley Conference proceedings 2016 The Soci

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Reinhard Pfriem,Christian Lehmannith theoretical predictions and with other experimental values obtained using a laser displacement transducer and accelerometers. Due to their high accuracy, small dimensions, low weight, easy usage, and low cost, piezoelectric disks seem to be an attractive tool for experimental modal analysis of engineering structures.

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Volker M. Brennecke,Frank Plümacher as 400?MPa resulted in multiple fractures not originating from a single flaw. Under tension the spallation strength of zeolite was measured as 215?MPa with transgranular fracture observed as the dominant spallation feature, further indicating the brittle failure at high strain-rates.

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Conference proceedings 2016EM 15th International Congress & Exposition on Experimental and Applied Mechanics, held at Costa Mesa, California, June 8-11, 2015. The full set of proceedings also includes volumes on: Challenges in Mechanics of Time Dependent Materials, Advancement of Optical Methods in Experimental Mechanics, Exp

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Statistical Characterizations for Tensile Properties of Co-polymer Aramid Fibers: Loading Rate Effeballistic impact are rarely reported. In this study, we measure single fiber tensile properties at high rate loading conditions by clamping a fiber to the grips of a mini Kolsky bar, and investigate their statistical distributions as well as fiber morphologies.

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Longitudinal Wave Propagation Including High Frequency Component in Viscoelastic Bars,xperiments using the ultrasonic transducers in the high frequency area from 20 to 200?kHz. Consequently, it was found that the second-mode vibration as well as the first-mode should be considered in the high frequency area. It was also confirmed that the second-mode vibration influenced deeply as the radial thickness became thin.

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On the Use of Piezoelectric Sensors for Experimental Modal Analysis,ith theoretical predictions and with other experimental values obtained using a laser displacement transducer and accelerometers. Due to their high accuracy, small dimensions, low weight, easy usage, and low cost, piezoelectric disks seem to be an attractive tool for experimental modal analysis of engineering structures.

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