Olavo M. Silva
Olavo M. Silva
Researcher, Mechanical Engineering Department, Federal University of Santa Catarina, Brazil
Verified email at lva.ufsc.br - Homepage
Cited by
Cited by
Modeling of acoustic porous material absorber using rigid multiple micro-ducts network: Validation of the proposed model
PH Mareze, E Brandão, WDA Fonseca, OM Silva, A Lenzi
Journal of Sound and Vibration 443, 376-396, 2019
A finite element model to improve unconstrained layer damping treatments on a simplified passenger car body in white model
NMM Maia, H Policarpo, MM Neves, M Furukava, OM Silva, SNY Gerges, ...
IDMEC/IST, Instituto Superior Técnico, Technical University of Lisbon, Av …, 2011
A critical analysis of using the dynamic compliance as objective function in topology optimization of one-material structures considering steady-state forced vibration problems
OM Silva, MM Neves, A Lenzi
Journal of Sound and Vibration 444, 1-20, 2019
Shape preserving design of vibrating structures using topology optimization
MS Castro, OM Silva, A Lenzi, MM Neves
Structural and Multidisciplinary Optimization 58 (3), 1109-1119, 2018
Vibroacoustic models of air-core reactors
TA Fiorentin, LF Lopes, OM Da Silva, A Lenzi
The International Journal of Acoustics and Vibration 21 (4), 453-461, 2016
An FEM‑based method to evaluate and optimize vibration power flow through a beam‑to‑plate connection
OM Silva, MM Neves, R Jordan, A Lenzi
Journal of the Brazilian Society of Mechanical Sciences and Engineering …, 2015
On the use of active and reactive input power in topology optimization of one-material structures considering steady-state forced vibration problems
OM Silva, MM Neves, A Lenzi
Journal of Sound and Vibration 464, 2020
On the use of complex input power in topology optimization of one-material vibrating structures for obtaining displacement anti-resonances close to frequencies of interest
OM Silva, MM Neves, A Lenzi
International Conference on Engineering Optimization, 829-843, 2018
Noise and vibration analysis of a heat exchanger: a case study
TA Fiorentin, A Mikowski, OM Silva, A Lenzi
International Journal of Acoustics and Vibration 22 (2), 270-275, 2017
Using classical FEM to predict the dynamical response of periodic devices in acoustic and vibration applications
MM Neves, OMJ Silva, H Policarpo, AG Cartaxo
Phononics, 2011
An eigenfrequency approach to characterize and optimize 1D two material structures for axial vibration attenuation
H Policarpo, OM Silva, MM Neves
International Conference on Mathematics and Continuum Mechanics, 41, 2008
On finite element analysis and optimization of structural properties for a maximum passive vibration attenuation
OM Silva, MM Neves, JLM Fernandes
Proceedings of International Conference on Modeling and Optimization of …, 2006
Development of a stochastic dynamical model for hermetic compressor׳ s components with experimental investigation
F Fontanela, OM Silva, A Lenzi, TG Ritto
Mechanical Systems and Signal Processing 76, 712-728, 2016
Shape optimization of compressor supporting plate based on vibration modes
OM Silva, TM Guesser, TA Fiorentin, A Lenzi
Noise Control Engineering Journal 63, 49-58, 2015
Robust analysis of compressors components responses
F Fontanela, A Lenzi, OM Silva
DINAME, 2015
Noise Characteristics Improvements for a New Generation of Variable Capacity Compressor using Linear Motor Technology
C Pellegrini, A Schroeder, O Santini, CE Vendrami, A Lenzi, O Silva
A methodology for the performance evaluation of different surface damping treatments
M Furukava, H Policarpo, MM Neves, NMM Maia, OM Silva, SNY Gerges
IRF’2013 4th International Conference on Integrity, Reliability & Failure, 2013
Numerical Study of Finite Periodic Structures and Validation of Results Obtained with Bloch Wave Techniques
A Cartaxo, J Almeida, O Silva, M Neves, J Bento Coelho
International Conference on Engineering Dynamics, Carvoeiro, Portugal, 2007
Topology optimization of plate-like structures with respect to acoustic radiation
FH Mendonça, OM Silva, MM Neves, FJP Lau
19th International Congress of Mechanical Engineering. Brasilia: ABCM, 1-4, 2007
A strategy based on the strain‐to‐kinetic energy ratio to ensure stability and convergence in topology optimization of globally resonating one‐material structures
OM Silva, MM Neves
International Journal for Numerical Methods in Engineering 2020, online, 2020
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