Titlebook: Topics in Modal Analysis II, Volume 6; Proceedings of the 3 R. Allemang,J. De Clerck,J.R. Blough Conference proceedings 2012 The Society fo

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书目名称Topics in Modal Analysis II, Volume 6网络公开度学科排名




书目名称Topics in Modal Analysis II, Volume 6被引频次




书目名称Topics in Modal Analysis II, Volume 6被引频次学科排名




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书目名称Topics in Modal Analysis II, Volume 6年度引用学科排名




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书目名称Topics in Modal Analysis II, Volume 6读者反馈学科排名

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Conference Proceedings of the Society for Experimental Mechanics Serieshttp://image.papertrans.cn/u/image/926228.jpg

Addictive

https://doi.org/10.1007/978-1-4614-2419-2Damage Detection; Damping; Excitation Methods; IMAC; Modal Analysis; Society of Experimental Mechanics

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Morbid

不持续就爆

A Spectrally Preconditioned Iterative Reduced Correction Algorithm for Vibro-acoustic Problems,reconditioner. However, to save some computational cost, an iteration limit is used for the iterative solution process. These vectors are shown to enrich the reduction space in an iterative sense. Concerning the developed method, some test applications are provided.

CANDY

Piezoaeroelastic Typical Section for Wind Energy Harvesting,ffect, is identified. Results show that airflow velocities close to the natural wind are enough to induce self-sustained oscillations and produce persistent power output from scaled piezoaeroelastic generators.

粘连

Nonlinear Testing and Models Comparison of Magneto-Mechanical Energy Scavengers,tric load coupled to it..Experimental tests are performed to validate the models by varying source characteristics, moving and fixed magnet sizes, stroke and clearance. Simulations and tests are also performed to verify the scalability of the device and to relate the output power with the size of the moving magnet.

urethritis

Stiffness and Damping Characterisation for a Hydraulic Engine Mount,ies (6–195 Hz) and also different excitation amplitudes (0.01–3 mm). The measured data was then used to compute the stiffness and damping characteristics of the HEM by using appropriate mathematical equations. The frequency and amplitude dependency on dynamic stiffness and damping ratio were investigated.

Osmosis

Characterization of Bio-Inspired Synthetic Hair Cell Sensors,. The finite element model is subsequently validated using high-speed imaging techniques and a closed-form solution. The model is then used to characterize the dynamic behavior of the hair cell sensor due to non-contact methods of excitation, such as base excitation.