Le LRGP développe des connaissances scientifiques et technologiques nécessaires à la conception, l'étude, la conduite et l'optimisation des procédés complexes de transformations physico-chimiques et biologiques de la matière et de l'énergie. Les différents thèmes de recherche reposent sur une forte base en génie chimique avec l'étude des phénomènes de transfert couplés aux processus cinétiques, physico-chimiques, biologiques à différentes échelles spatio-temporelles.
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21 to 30 of 38 Results
Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Jan 3, 2023
Cares Pacheco, Maria Graciela, 2022, "Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.", https://doi.org/10.12763/OHJ5CH, Université de Lorraine, V3
This dataset contains all the videos from the snapshots in the article "Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology" - Journal of Chemical Engineering Science. The publication deals with the densification kinetics of indu...
Figure11_UP.mp4
Jan 3, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video MPEG-4 - 14.0 MB - MD5: f9b39ed8b68ceaa809ec69ab5b1aff1e
The bubbling phenomenon was observed for sericite at Γ = 11.0 and Ω = 0.25 (frequency of 50 Hz). The video was taken at 50 photograms per second and reproduced at 30 photograms per period
Figure8_UP.mp4
Jan 3, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video MPEG-4 - 3.3 MB - MD5: bfaf72a7ca7d79e7143c926347626896
Granular jets were observed during the first periods of vibration for glass beads at Γ= 2.4 and Ω = 0.36 (frequency of 30 Hz).
Figure9_UP.mp4
Jan 3, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video MPEG-4 - 70.8 MB - MD5: fe311e406b19ff06c4ca5cb57464a4a9
The convective compaction observed for Avicel PH102 at Γ= 7.68 and Ω = 0.67 (frequency of 30 Hz). The video was taken at one photogram per second and reproduced at 30 photograms per period.
Figure11_Down.mp4
Jan 1, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video MPEG-4 - 27.8 MB - MD5: 9ec5a75b9e42df9dc8d6a50a34bfa48a
The slugging observed for wheat flour at Γ = 10.6 and Ω = 0.95 (frequency of 50 Hz). The video was taken at 50 photograms per second and reproduced at 30 photograms per period.
Figure12.mp4
Jan 1, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video MPEG-4 - 13.9 MB - MD5: 3d44c5d8de3839003957bbcbe3cbdc4a
Video of the powder explosions observed for Avicel PH102 at Γ = 5.45 and Ω = 0.67 (frequency of 30 Hz).
Figure14.mp4
Jan 1, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video MPEG-4 - 27.4 MB - MD5: 11807cddcd56ddf4acd27ee65c2447ed
The slugging phenomenon was observed for sericite at Γ = 38.8 and Ω = 0.64 (frequency of 125 Hz). The video was taken at 125 photograms per second and reproduced at 30 photograms per period.
Figure16.mp4
Jan 1, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video MPEG-4 - 162.2 MB - MD5: f01b30a618354d41e5d27e258986f6ba
Oscillatory compaction was observed for sericite at Γ = 5.2 relative acceleration and Ω = 0.15 (frequency of 30 Hz).
Figure7.avi
Jan 1, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video AVI - 27.1 MB - MD5: 3cd5e2ad02fa57248b6bf034e2e1e0f9
Solid-like behaviour was observed for wheat flour at Γ = 2.23 and Ω =1.91 (frequency of 100 Hz). The video was taken at 100 photograms per second and reproduced at 30 photograms per second.
Figure8_Down.mp4
Jan 1, 2023 - Time-dependent behaviour of industrial granular materials under vibration: modelling and phenomenology.
Video MPEG-4 - 2.8 MB - MD5: e8170524e95b85a5e844bc3b60b015c4
Granular jets were observed during the first periods for Avicel PH102 at Γ = 2.33 and Ω = 0.67 (frequency of 30 Hz).
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