Vortex Physics Open Access Journals
When air flows close to an object, there is a range of flow velocities for which a von Karman vortex environment is formed. The shedding of these vortices imparts a cyclic force on the object. The force is quite small and not sufficient to accelerate the object to any significant amount, particularly if the object is comparatively massive. If the situation is such that the object can oscillate about a fixed position, we have the existence of simple harmonic motion; and if the frequency of the periodic driving force matches the natural frequency of the oscillation, then resonance get. The rate of motion is continuously adaptable, provides linear velocities from "very slow" up to about 15 m/s. The wires are put low tension so that their fundamental frequency of vibration is about 120 Hz. When the vortex shedding relative frequency matches one of the higher harmonics of the wires.
High Impact List of Articles
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Nano Congress 2020: The national nanotechnology coordinated infrastructure and its role in meeting the workforce nanotechnology demands in the US - Nancy Healy - Georgia Institute of Technology
Nancy HealyAbstract: Materials Science and Nanotechnology
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Nano Congress 2020: The national nanotechnology coordinated infrastructure and its role in meeting the workforce nanotechnology demands in the US - Nancy Healy - Georgia Institute of Technology
Nancy HealyAbstract: Materials Science and Nanotechnology
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World Class Organizing Committee Members Announcement of Prague Material Science 2020
Ivan Bozovic2020 Conference Announcement: Materials Science and Nanotechnology
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World Class Organizing Committee Members Announcement of Prague Material Science 2020
Ivan Bozovic2020 Conference Announcement: Materials Science and Nanotechnology
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Market Analysis on Polymer Chemistry and Materials Engineering
Srinivasu VallabhapurapuMarket Analysis: Materials Science and Nanotechnology
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Market Analysis on Polymer Chemistry and Materials Engineering
Srinivasu VallabhapurapuMarket Analysis: Materials Science and Nanotechnology
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Awards for Nano Medicine and Nanotechnology | 2020
Paolo Di SiaAwards 2020: Materials Science and Nanotechnology
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Awards for Nano Medicine and Nanotechnology | 2020
Paolo Di SiaAwards 2020: Materials Science and Nanotechnology
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Parametric structural schematic diagram of electroelastic actuator in
nanotechnology.
Afonin SM*Review Article: Materials Science and Nanotechnology
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Parametric structural schematic diagram of electroelastic actuator in
nanotechnology.
Afonin SM*Review Article: Materials Science and Nanotechnology
Conference Proceedings
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Sodium alginate/polyethyleneimine hydrogel: An effective material for the adsorption of heavy metal ions in water and catalysis
Chirag GodiyaPosters & Accepted Abstracts: Materials Science and Nanotechnology
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Sodium alginate/polyethyleneimine hydrogel: An effective material for the adsorption of heavy metal ions in water and catalysis
Chirag GodiyaPosters & Accepted Abstracts: Materials Science and Nanotechnology
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Improving carbon efficiency in refractory industry with nanographite brick technology
Carlos Pagliosa, Adao Campos and Vanderlucio MadalenaKeynote: Materials Science and Nanotechnology
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Improving carbon efficiency in refractory industry with nanographite brick technology
Carlos Pagliosa, Adao Campos and Vanderlucio MadalenaKeynote: Materials Science and Nanotechnology
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Biofabrication of tissues for biomedical applications
James B Hoying -
Biofabrication of tissues for biomedical applications
James B Hoying -
Surface change in ion-plasma flows
E N Moos, S V Gavrilov, M N Makhmudov, A I Kudyukin and V A StepanovScientific Tracks Abstracts: Materials Science and Nanotechnology
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Surface change in ion-plasma flows
E N Moos, S V Gavrilov, M N Makhmudov, A I Kudyukin and V A StepanovScientific Tracks Abstracts: Materials Science and Nanotechnology
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Magnetic phase diagram of spatially anisotropic frustrated two-dimensional antiferromagnet
Vladimir IlkovicPosters & Accepted Abstracts: Materials Science and Nanotechnology
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Magnetic phase diagram of spatially anisotropic frustrated two-dimensional antiferromagnet
Vladimir IlkovicPosters & Accepted Abstracts: Materials Science and Nanotechnology