University of Nebraska-Lincoln: Difference between revisions

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| Focus on nonlinear dynamics and vibrations, data analytics, data-driven modeling, machine learning, reduced-order modeling, passive redirection of mechanical energy, and others.
| Focus on nonlinear dynamics and vibrations, data analytics, data-driven modeling, machine learning, reduced-order modeling, passive redirection of mechanical energy, and others.
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! scope="row"| Aryan Singh
! scope="row"| Cristian López
| PhD student studying data-driven nonlinear system identification.
| PhD student studying data-driven nonlinear system identification.
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! scope="row"| Chengen Wang
! scope="row"| Manal Mustafa
| PhD student investigating the passive manipulation of energy flows in nonlinear structures.
| PhD student investigating the effect of mass on energy exchanges in nonlinear oscillators and the passive manipulation of energy flows in nonlinear structures.
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! scope="row"| Javier Arroyo
| PhD student studying the physics of bolted joint loosening.
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! scope="row"| Felipe Kobayashi
| PhD student working on physics-based, reduced-order modeling of bolted joint loosening.  
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! scope="row"| Manal Mustafa
!Geoffrey Soneson
| PhD student focusing on experimental measurement and reduced-order modeling of joint loosening mechanics.
|PhD student working on solitary wave control using engineered defects in metamaterials.
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! scope="row"| Aryan Singh
!Mohammad Nasr
| PhD student working on the fusion of data-driven modeling and autonomous measurements.
|MS student working on smart, predictive automatic modal impact hammers.
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Revision as of 17:03, 11 September 2023

https://engineering.unl.edu/MoDAL/

Researcher Research
Keegan Focus on nonlinear dynamics and vibrations, data analytics, data-driven modeling, machine learning, reduced-order modeling, passive redirection of mechanical energy, and others.
Cristian López PhD student studying data-driven nonlinear system identification.
Manal Mustafa PhD student investigating the effect of mass on energy exchanges in nonlinear oscillators and the passive manipulation of energy flows in nonlinear structures.
Javier Arroyo PhD student studying the physics of bolted joint loosening.
Felipe Kobayashi PhD student working on physics-based, reduced-order modeling of bolted joint loosening.
Geoffrey Soneson PhD student working on solitary wave control using engineered defects in metamaterials.
Mohammad Nasr MS student working on smart, predictive automatic modal impact hammers.


Summary of our recent work on reduced-order modeling of joint loosening mechanics.
Summary of our recent work on reduced-order modeling of joint loosening mechanics.
Summary of our recent work on reduced-order modeling of joint loosening mechanics.