Titlebook: Dynamics and Control of Advanced Structures and Machines; Contributions from t Hans Irschik,Michael Krommer,Alexander K. Belyaev Book 2022

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Are We Singing from the Same Songbook?t excitation. The beams are assumed to be homogeneous and show classical boundary conditions. However, they are composed of a bimodular material, thus behaving differently in tension and compression. Generally, bimodular beams can be modeled as effective two-layer laminates. However, their neutral a

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Wetlands: A Multidisciplinary Perspectiven as the starting point, utilizing a continuum mechanics-based extension with respect to stress–strain constitutive formulations. Corresponding incremental relations for small deformations superimposed upon an intermediate configuration with (possibly) finite deformations are presented, from which t

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Royal C. Gardner,Nick C. Davidson a molecular view with a continuum model of the liquid. Doing so, the nature of the so-called surface tension can be understood as an imbalance between internal pressure and cohesive forces related to (virtual) cut surfaces orthogonal to the liquid’s surface. By including these cohesive forces as pa

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Wetlands: A Multidisciplinary Perspectivet pressure supply suffer from a bad energy efficiency due to resistance control and, furthermore, an inferior controllability in particular at fast movement operation, the presented hydraulic press concept overcomes these drawbacks by using a synchronized cylinder in a closed circuit displacement co

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Wetlands: A Multidisciplinary Perspectiverametrization of the beam, where all system variables are expressed in terms of a free time function and its infinitely many derivatives. We derive an advantageous representation of the set of all formal differential parametrizations of the beam. Based on this representation, we identify a well-know

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A Public Health Approach to Warfareading and (ii) case of long-lasting loading. Dynamic buckling of a thin rod subjected to a continuously acting longitudinal load at the initial stage of the movement is studied. If the applied static load significantly exceeds the critical Euler force, one of the higher buckling modes has the maximu

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