Hydrodynamic modeling of mineral wool fiber suspensions in a two-dimensional flow

G.M. Cartland Glover, A. Grahn, E. Krepper, F.-P. Weiss, S. Alt, R. Hampel, W. Kästner, A. Kratzsch, F. Zacharias

Research output: Chapter in Book/Report/Conference proceedingOther chapter contribution

Abstract

A consequence of a loss of coolant accident is that the local insulation material is damaged and maybe transported to the containment sump where it can penetrate and/or block the sump strainers. An experimental and theoretical study, which examines the transport of mineral wool fibers via single and multi-effect experiments is being performed. This paper focuses on the experiments and simulations performed for validation of numerical models of sedimentation and resuspension of mineral wool fiber agglomerates in a racetrack type channel. Three velocity conditions are used to test the response of two dispersed phase fiber agglomerates to two drag correlations and to two turbulent dispersion coefficients. The Eulerian multiphase flow model is applied with either one or two dispersed phases.
Original languageEnglish
Title of host publicationInternational Conference on Nuclear Engineering, Proceedings, ICONE
PublisherASME
Pages345-354
Number of pages10
Volume5
ISBN (Print)978-0-7918-4355-0, 0-7918-4355-6
Publication statusPublished - 15 Feb 2010
Event17th International Conference on Nuclear Engineering - Brussell, Belgium
Duration: 12 Jul 200916 Jul 2009

Conference

Conference17th International Conference on Nuclear Engineering
Abbreviated titleICONE17
CountryBelgium
CityBrussell
Period12/07/0916/07/09

Fingerprint

two-dimensional flow
wool
hydrodynamics
mineral
modeling
multiphase flow
insulation
containment
theoretical study
resuspension
drag
accident
experimental study
experiment
sedimentation
simulation
fibre

Cite this

Cartland Glover, G. M., Grahn, A., Krepper, E., Weiss, F-P., Alt, S., Hampel, R., ... Zacharias, F. (2010). Hydrodynamic modeling of mineral wool fiber suspensions in a two-dimensional flow. In International Conference on Nuclear Engineering, Proceedings, ICONE (Vol. 5, pp. 345-354). ASME.
Cartland Glover, G.M. ; Grahn, A. ; Krepper, E. ; Weiss, F.-P. ; Alt, S. ; Hampel, R. ; Kästner, W. ; Kratzsch, A. ; Zacharias, F. / Hydrodynamic modeling of mineral wool fiber suspensions in a two-dimensional flow. International Conference on Nuclear Engineering, Proceedings, ICONE . Vol. 5 ASME, 2010. pp. 345-354
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Cartland Glover, GM, Grahn, A, Krepper, E, Weiss, F-P, Alt, S, Hampel, R, Kästner, W, Kratzsch, A & Zacharias, F 2010, Hydrodynamic modeling of mineral wool fiber suspensions in a two-dimensional flow. in International Conference on Nuclear Engineering, Proceedings, ICONE . vol. 5, ASME, pp. 345-354, 17th International Conference on Nuclear Engineering, Brussell, Belgium, 12/07/09.

Hydrodynamic modeling of mineral wool fiber suspensions in a two-dimensional flow. / Cartland Glover, G.M.; Grahn, A.; Krepper, E.; Weiss, F.-P.; Alt, S.; Hampel, R.; Kästner, W.; Kratzsch, A.; Zacharias, F.

International Conference on Nuclear Engineering, Proceedings, ICONE . Vol. 5 ASME, 2010. p. 345-354.

Research output: Chapter in Book/Report/Conference proceedingOther chapter contribution

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T1 - Hydrodynamic modeling of mineral wool fiber suspensions in a two-dimensional flow

AU - Cartland Glover, G.M.

AU - Grahn, A.

AU - Krepper, E.

AU - Weiss, F.-P.

AU - Alt, S.

AU - Hampel, R.

AU - Kästner, W.

AU - Kratzsch, A.

AU - Zacharias, F.

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AB - A consequence of a loss of coolant accident is that the local insulation material is damaged and maybe transported to the containment sump where it can penetrate and/or block the sump strainers. An experimental and theoretical study, which examines the transport of mineral wool fibers via single and multi-effect experiments is being performed. This paper focuses on the experiments and simulations performed for validation of numerical models of sedimentation and resuspension of mineral wool fiber agglomerates in a racetrack type channel. Three velocity conditions are used to test the response of two dispersed phase fiber agglomerates to two drag correlations and to two turbulent dispersion coefficients. The Eulerian multiphase flow model is applied with either one or two dispersed phases.

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Cartland Glover GM, Grahn A, Krepper E, Weiss F-P, Alt S, Hampel R et al. Hydrodynamic modeling of mineral wool fiber suspensions in a two-dimensional flow. In International Conference on Nuclear Engineering, Proceedings, ICONE . Vol. 5. ASME. 2010. p. 345-354