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Research on fluidic oscillators under incompressible and compressible flow conditions
Baghaei, M.
Department of Fluid Mechanics, Universitat Politècnica de Catalunya
Theses

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Fluidic oscillators, the effect of some design modifications
Baghaei, M.; Bergadà, J.M.
Applied sciences
Vol. 10, num. 6, p. 2105-2131
DOI: 10.3390/app10062105
Date of publication: 2020-03-20
Journal article

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Analysis of the forces driving the oscillations in 3D fluidic oscillators
Baghaei, M.; Bergadà, J.M.
Energies
Vol. 12, num. 24, p. 4720:1-4720:19
DOI: 10.3390/en12244720
Date of publication: 2019-12-11
Journal article

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FI-2019-1-0017 Evaluation of the feedback channels performance on fluidic oscillators compressible flow effects under subsonic conditions at high mach numbers. Extension.
Bergadà, J.M.; Mellibovsky, F.; Baghaei, M.; Samala, B.; Sarwar, W.
Competitive project

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Evaluation of the feedback channels performance on fluidic oscillators, compressible flow effects under subsonic conditions at high Mach numbers
Bergadà, J.M.; Mellibovsky, F.; Baghaei, M.; Toussi, N.; Sarwar, W.
Competitive project

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Fluidic actuator performance variation via internal dimensions modifications
Baghaei, M.; Bergadà, J.M.; Del Campo, D.
International Conference on Computational and Mathematical Methods in Science and Engineering
p. 166-176
Presentation's date: 2017-07-07
Presentation of work at congresses

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Research on fluidic amplifiers dimensional modifications via computer simulation (CFD)
Baghaei, M.; Bergadà, J.M.; Del Campo, D.; Del Campo, V.
International Conference on Computational Fluid Dynamics
p. 1-10
Presentation's date: 2016-07-14
Presentation of work at congresses

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FUTUR. Website for the scientific production of UPC researchers

Baghaei, Masoud

Scientific and technological production

Research on fluidic oscillators under incompressible and compressible flow conditions

Fluidic oscillators, the effect of some design modifications

Analysis of the forces driving the oscillations in 3D fluidic oscillators

FI-2019-1-0017 Evaluation of the feedback channels performance on fluidic oscillators compressible flow effects under subsonic conditions at high mach numbers. Extension.

Evaluation of the feedback channels performance on fluidic oscillators, compressible flow effects under subsonic conditions at high Mach numbers

Fluidic actuator performance variation via internal dimensions modifications

Research on fluidic amplifiers dimensional modifications via computer simulation (CFD)

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