11. Analiza uporabnosti zvoka in vibracij za spremljanje proizvodnega procesaKatja Pislak, 2017, bachelor thesis/paper Keywords: zvok, vibracije, spremljanje delovanja, meritve, proizvodni proces, nadzor proizvodne, napaka Full text (file, 3,81 MB) |
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14. A novel approach to localization of environmental noise sourcesJurij Prezelj, Luka Čurović, Tadej Novaković, Jure Murovec, 2022, original scientific article Keywords: immission directivity pattern, immission vector, sub-windowing, microphone arrays, correlation based beamforming, sub-windowing differential beamforming algorithm, SubW-DBA Full text (file, 5,36 MB) This document has more files! More... |
15. Using sound in the very near field of vibrating plates for determination of their mechanical propertiesJurij Prezelj, Anatolij Nikonov, Igor Emri, 2021, original scientific article Keywords: acoustic very near field, sonic resonance, Poissonʼs ratio, Youngʹs modulus, plates, parametric analysis, microphone, vibrations Full text (file, 3,51 MB) This document has more files! More... |
16. Automated identification and assessment of environmental noise sourcesJure Murovec, Luka Čurović, Anže Železnik, Jurij Prezelj, 2023, original scientific article Keywords: immission directivity, spatial filtering, noise source classification, environmental noise, microphone arrays, automatization of measurements Full text (file, 14,38 MB) This document has more files! More... |
17. Meritve zvočne izolirnosti pločevinastih stranic za kondenzacijski sušilnik perila, z dodanimi plastmi granuliranega materiala in vodeIztok Gradišnik, 2020, undergraduate thesis Keywords: zvok, raven zvočnega tlaka, zvočna izolirnost, zvočna absorptivnost, voda kot zvočni izolator, kondenzacijski sušilni stroj Full text (file, 2,88 MB) |
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20. Experimental characterization of a household heat pump tumble dryer noiseLuka Čurović, Tadej Novaković, Pero Gatarić, Jure Murovec, Jurij Prezelj, 2022, original scientific article Keywords: heat pumps, tumble dryers, noise source identification, sound power level reduction Full text (file, 2,83 MB) This document has more files! More... |