... 08 2023 09 08 2023 14 09 2023 nonlinear vibration smart materials and structures vibration control Division of Civil, Mechanical and Manufacturing Innovation 10.13039/100000147 2127495 Michigan State University 10.13039/100007709 start-up Although...

...@umn.edu Email: stei1713@umn.edu Email: ilic@umn.edu dynamics materials in vibration and acoustics propagation and radiation smart materials and structures ultrasound Accepted Manuscript Not Copyedited Journal of Vibration and Acoustics. Received April 24, 2023; Accepted manuscript...

... in the J ournal of V ibration and A coustics . 28 11 2022 21 02 2023 21 02 2023 22 03 2023 nonlinear vibration smart materials and structures stability Michigan State University 10.13039/100007709 start-up Rotational energy harvesters use available...

... control smart materials and structures Manipulating the propagation of waves is entering an unprecedented era, with various extraordinary functionalities and applications, including negative refraction [ 1 – 5 ], focusing by planar lens [ 6 – 10 ], subwavelength resolution [ 6 , 7 , 11 , 12...

... experimental acoustic cavity active vibration and noise control smart materials and structures Acoustic metamaterials with nonreciprocal characteristics have been the focus of various investigations for the past decade as reported, e.g., Fleury et al. [ 1 ] and Nassar et al. [ 2 ]. It has been...

... the power output, a task that could not be carried out with a finite element model in a commercial software such as nastran . reduced order modeling nonlinear geometric response buckled beam piezoelectric energy harvesting nonlinear vibration smart materials and structures...

... sound pressure resonance mode materials in vibration and acoustics modal analysis propagation and radiation sensors and actuators smart materials and structures structural acoustics Ministry of Science and Technology, Taiwan 10.13039/501100004663 MOST 110-2223-E-002-005-MY3...

... actuations with various smart materials and structures have been extensively studied over the last three decades. Piezoelectric materials used as sensors and actuators were applied to the control of beams, plates, rings, and cylindrical shells [ 1 , 6 ]. Vibration control of hemispherical shells with light...

... smart materials and structures structural dynamics and control vibration control ‌tuned mass damper robust control linear matrix inequality (LMI) Passive structural control has widely been used to mitigate disturbances. A tuned mass damper (TMD) is a representative example [ 1 ] and has...

... beam’s length or the tip connection’s length. Email: azargarani@crimson.ua.edu Email: jlodonnell@crimson.ua.edu smart materials and structures structural dynamics and control The flexural vibrations of cantilever beams have been investigated [ 1 ] due to many applications...

...Jonathan Rodriguez; Manuel Collet; Simon Chesné This article proposes an active modal vibration control method based on a modal sliding mode controller applied to a smart material composite structure with integrated piezoelectric transducers as actuators and sensors. First, the electromechanical...

... mechatronics and electro-mechanical systems modal analysis smart materials and structures structural dynamics and control vibration control National Natural Science Foundation of China 10.13039/501100001809 51879113 51839005 51479079 The thickness of a beam or plate becomes thinner...

... and A coustics . 23 08 2021 03 01 2022 03 01 2022 31 01 2022 active vibration dynamics noise control smart materials and structures Tuned mass dampers (TMD) and dynamic vibration absorbers (DVA) exhibit interesting properties in terms of vibration attenuation...

... finite element wave packet enrichment axisymmetric wave propagation guided wave impact wave electroelastic wave dynamics smart materials and structures ultrasound The axisymmetrically propagating waves often arise in solids subjected to axisymmetric disturbances. The mechanical...

... for the coupled flexural–torsional fundamental frequency. Email: azargarani@crimson.ua.edu modal analysis smart materials and structures structural dynamics and control The flexural vibration of cantilever beams has been widely investigated [ 1 ] as it has many applications ranging from...

... and A coustics . 07 10 2020 06 04 2021 07 04 2021 04 05 2021 time-varying optimal control active vibration control moving mass state estimation active vibration and noise control mechatronics and electro-mechanical systems smart materials and structures stability structural...

... wave focusing non-paraxial wave propagation self-bending wave enhanced energy harvesting smart materials and structures In the past decade, control and manipulation of acoustic/elastic waves in periodically engineered artificial materials have gained an increasing research attention...

... and radiation sensors and actuators smart materials and structures Drilling rigs are used to extract various natural resources (crude oil, natural gas, water, and mineral materials, for example) by boring holes in the earth’s crust (Fig. 1 ). This is made possible by using long and thin drill strings...

... ournal of V ibration and A coustics . 19 02 2020 21 08 2020 21 08 2020 06 10 2020 friction-induced vibration disc brake rotor brake squeal shunted piezoelectric networks multi-mode control mode-coupling instability smart materials and structures stability...

.... Experimental validation demonstrates good coupling across three targeted modes with a single piezoelectric patch. Placing the piezoelectric material in regions of high signed strain energy for all targeted modes enables vibration reduction across all of the targeted modes. smart materials...