Titlebook: Nonlinear Structures & Systems, Vol. 1; Proceedings of the 4 Matthew R.W. Brake,Ludovic Renson,Paolo Tiso Conference proceedings 2024 The S

搖曳

PLUMP

Nonlinear Behaviour in Flexible, Large-Scale Space Structures: Dynamics and Control,ight materials, and robotics. While these structures have the potential to be key enablers for the next generation of space applications—see, for example, recent interest in space-based solar power—their ability to deliver such goals depends on the stability and controllability of their dynamics. La

白楊

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achlorhydria

白楊魚

,More than Joints: Prof. Lothar Gaul’s Contributions to IMAC, range from the well-known Gaul resonator for the experimental study of isolated joints over numerical methods bridging the micro-scale of surface roughness to the macro-scale of structures to semi-active joints for adaptive damping. However, his interests were much broader, spanning vibrations, wav

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卡死偷電

Explanation for Oscillating Backbone Curves Based on Fractional Spectral Submanifolds,as it provides information about the forced response, if forcing and damping are small. The backbone curve of a system can be directly approximated by the reduced dynamics on spectral submanifolds (SSMs) constructed either from governing equations or from data, without the necessity for extensive nu

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Evaluation of Interface Reduction Techniques for Systems with Frictional Contacts Within the Scope Although component mode synthesis can effectively reduce internal degrees of freedom, it does not apply to nonlinearly coupled degrees of freedom required for evaluating the nonlinear force law. Consequently, when using methods like the harmonic balance method, a considerable computational effort i