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According to the standard acoustic-test procedures, acoustic-pressure signals in the model enclosure with the resonators are measured.
A quantitative acoustic property of sound absorption coefficient in a model enclosure with the resonators is measured and thereby, the acoustic-damping capacity of a resonator is characterized.
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The process involves the calculation of 10 acoustic growth rate terms that arise in the context of an oscillating flow in an idealized rocket chamber; the chamber is modelled as an injection-driven enclosure with coupling along its porous walls between acoustical and vortical waves.
This study aims to develop an integrated model, namely Bauwens-BRANN model, to estimate the maximum overpressure of hydrocarbon vented explosion for cubic enclosure with obstacles.
For all models, competition enclosure was modeled as a random factor, and offspring sweep and parental treatment as fixed factors.
Barrios et al. [19] developed a Lattice Boltzmann model and applied it to investigate the natural convection of an enclosure with a partially heated left wall.
A theoretical model has been developed for the prediction of sound propagation in a rectangular long enclosure with impedance discontinuities.
A model for prediction of steady-state uniform concentration of a sustained gaseous leak in an enclosure with passive ventilation through one vent is described.
(2) The enclosure with rotation angle α = 0° has the highest Nusselt number followed by the enclosure with rotation angles α = 45° and α = 90°; the enclosure with rotation angle α = −45° has the lowest Nusselt number.
It is found that the enclosure with rotation angle α = 0° has the highest Nusselt number, followed by the enclosure with rotation angles α = 45° and α = 90°, the enclosure with rotation angle α = −45° has the lowest Nusselt number.
The enclosure with α = −45° is more close to the enclosure with α = −90° and shows the smallest Nusselt number compared with other rotation angles.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com