References of "Mouzelard, Thibaut"
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See detailCoupled computations of highly erosive flows with WOLF software
Dewals, Benjamin ULg; Archambeau, Pierre ULg; Erpicum, Sébastien ULg et al

in Proc. 5th Int. Conference on Hydro-Science & -Engineering (ICHE) (2002)

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See detailWolf software: a fully integrated device applied to modelling gradual dam failures and assessing subsequent risks
Archambeau, Pierre ULg; Dewals, Benjamin ULg; Erpicum, Sébastien ULg et al

in Advances in Fluid Mechanics IV (2002)

Dam breaching is an important factor that should be included in an embankment break model. Indeed the assumption of instantaneous break is not suitable in case of earth dams, which fail gradually and thus ... [more ▼]

Dam breaching is an important factor that should be included in an embankment break model. Indeed the assumption of instantaneous break is not suitable in case of earth dams, which fail gradually and thus induce a delayed peak outflow, significantly reinforcing the flood wave front. Unlike computations performed classically, WOLF software package deals with the different phenomena (erosion processes, reservoir emptying and downstream wave propagation) in a completely integrated way. This finite volume computer code has been completely developed by the authors at the University of Liege. Transient discontinuities are properly handled thanks to an original splitting of the convective terms. The paper briefly presents WOLF software, which includes a physically based hydrological model, an original 1D flood routing (appropriate for any natural river network) and a 2D shallow-water solver. The latest hydrodynamic model is coupled to a mass balance for bed load sediments. Solid discharges are evaluated with reliable transport capacity laws. Gravity induced solid discharges are taken into account by means of side slope stability analysis. This paper also exhibits how WOLF software package has been successfully applied to the completely coupled computation of a gradual dam breaching process, with a focus on downstream effects on wave propagation. WOLF proves its ability to achieve the integrated computation of solid transport, flows upstream, through the breach, in the scour hole and in the whole downstream valley. Major feedback effects on the upstream part of the reservoir are shown and they demonstrate the relevance of such an integrated approach. [less ▲]

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See detailImpact studies and water management with WolfHydro : a new physically based hydrological solver
Archambeau, Pierre ULg; Mouzelard, Thibaut; Erpicum, Sébastien ULg et al

in International Symposium on Environmental Hydraulics (2001, December)

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See detailDe l'utilité de la modélisation numérique en hydrodynamique de surface
Archambeau, Pierre ULg; Dewals, Benjamin ULg; Erpicum, Sébastien ULg et al

in Ingenieurbiologie / Génie Biologique (2001), (4), 9-20

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See detailQuelques outils numériques de gestion des eaux de surface
Pirotton, Michel ULg; Lejeune, André ULg; Archambeau, Pierre ULg et al

in Bulletin de l'A.I.Lg (2001), (2), 29-31

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See detailExperimental – Numerical Model Interaction : Example of a Large Dam Project in Laos
Mouzelard, Thibaut; Archambeau, Pierre ULg; Erpicum, Sébastien ULg et al

in Water Resources Management, Progress in Water Resources (2001)

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See detailWater management of large dams
Mouzelard, Thibaut; Archambeau, Pierre ULg; Erpicum, Sébastien ULg et al

in International Symposium on Environmental Hydraulics (2001)

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See detailEtude hydraulique de la reconstruction du môle de Fétinne
Pirotton, Michel ULg; Mouzelard, Thibaut; Archambeau, Pierre ULg

Report (2000)

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See detailModelling system WOLF
Pirotton, Michel ULg; Archambeau, Pierre ULg; Mouzelard, Thibaut et al

Software (2000)

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See detailEtude du Pont Romain de Montignies Saint Christophe
Lejeune, André ULg; Pirotton, Michel ULg; Mouzelard, Thibaut

Report (1998)

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