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Research Areas

Dynamic Characterization of Viscoelastic Materials
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Integrated Dynamic Characterization Prony SeriesFractional-order Zenner derivatives
Passive Control of Vibrations and Radiated Noise
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Generalized Equivalent ParametersPassive Vibration Control at MDOF PS Optimal Vibration Design of a Set of DVNs 
Structural Optimization
   
 Topological OptimizationStructural Optimization  Shape Optimization
Dynamic Behavior of Rotating Systems
 fig-rotores_1fig_rotores_2 rotor 4 
Identification of system parametersViscoelastic bearings Passive vibration control in rotors
Hybrid (Passive-Adaptive) Control of Radiated Vibrations and Noise
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 Hybrid, passive/active-adaptive vibration controlHybrid dynamic dampers – electro-viscoelastic  Hybrid, passive/active-adaptive noise control 
Machine Learning in Rotating Machinery
   
Laser Deposition Model for monitoring mechanical structures Hybrid machine learning 
Energy Harvesting
   
Composite system (steel beam and piezoelectric beam) Composite system with generalized equivalent parameters Experimental section 
Nonlinear Dynamic Behavior of Mechanical Systems
fig-no linear_1    
Dynamic viscoelastic neutralizers (DVN) applied to a nonlinear cubic system Frequency response curve of a cubic nonlinear system with and without DVN Prototype for the study of vibration identification and passive control in a nonlinear system 
Federal University of Paraná
Research Group on Vibrations and Noise in Mechanical Systems

230 Cel. Francisco H. dos Santos Ave.
Polytechnic Center, Building IV - Curitiba, PR | Curitiba
bavastri@ufpr.br
(41) 3361-3430
Federal University of Paraná
Research Group on Vibrations and Noise in Mechanical Systems

230 Cel. Francisco H. dos Santos Ave.
Polytechnic Center, Building IV - Curitiba, PR | Curitiba
bavastri@ufpr.br
(41) 3361-3430

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UFPR nas Redes Sociais

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