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Titlebook: Special Topics in Structural Dynamics & Experimental Techniques, Volume 5; Proceedings of the 4 Matthew Allen,Jason Blough,Michael Mains Co

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Efficient Methods for Flexibility-Based Meso-scale Dynamic Modeling,rary path within each unit cell. We have implemented this framework for dynamical problems, specifically, for modal analysis. We considered mass lumping and static condensation within the unit meso-scale cells. Computational experiments are provided to test the robustness, accuracy, and computational efficiency of the approach.
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On the Study of Fatigue on Vulcanized Rubber Using Vibration Testing,s engineering applications in industrial practice. The rheological behavior of rubbers depends on chemical composition, presence of additives, and curing process. As a consequence, a large variety of materials may be encountered with a rich phenomenological description of their static and dynamic ch
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The Astir Glider Wing Dataset for Population-Based SHM,dal properties. Damage causes changes in material/structural properties which affect the modal characteristics; however, inconsequential changes in environment can reduce the capability of the damage detector, as they also affect the modal characteristics. Furthermore, small differences between nomi
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Damage Assessment with Laser Ultrasonics in 3D-Printed Plate, study focuses on guided wave propagation and its interaction with structural damage. The waves were excited using a laser scanning system which allows for easy excitation of the waves at various points at the surface. Also, the excitation is broadband, giving the ability to excite more guided wave
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