Proceedings of the 5th IAHR International Junior Researcher and Engineer Workshop on Hydraulic Structures available open access!


The 5th IAHR International Junior Researcher and Engineer Workshop on Hydraulic Structures (IJREWHS 2014) was held in Spa (Belgium) last summer:

The research group HECE has contributed to about 100 research and real-world engineering projects across Europe, Africa and Asia

For over 15 years, the research group HECE has contributed to about 100 research and real-world engineering projects across Europe, Africa and Asia, including large dams, hydropower plants, locks ... For most of them, a dedicated composite modelling approach was developed by coupling advanced numerical modelling of hydrodynamics and transport processes (model WOLF) with physical modelling in the 1,100 m² experimental laboratory of the group.

The University of Liege offers scholarships for Master students

The University of Liege offers scholarships for EU and non-EU Master students.
All details are available from the link below.

Three new publications on reservoir hydrodynamics

Reservoirs are engineering structures widely used in various fields, including urban drainage and hydraulic engineering. Their purpose is either to store water (e.g., for flood control) or to trap sediments (e.g., settling basins).

Predicting the amount of sediments which settle down in these reservoirs is a critical issue for their optimal design, sizing, operation and maintenance.

Fellowships for Outstanding Doctoral and Postdoctoral Researchers, partly funded under FP7 Marie Curie Action

The University of Liege (ULg) invites applications for incoming fellowships for outstanding doctoral and postdoctoral researchers.

The appointment must start between 1/10/2015 and 31/12/2015. The duration of the fellowships is 24 months for postdoctoral researchers and 48 months for PhD candidates.

Proposals are particularly welcome in one of the following topics, but the research project may also cover any other topic in the fields of hydrology, fluvial hydraulics or hydraulic engineering:

Le modèle hydraulique du HECE adapté à la simulation de cendres volantes

La Meuse au fil des crues

La revue de culture scientifique Athena (SPW-DGO6, Développement technologique) publie un article sur les crues de la Meuse, avec une interview de membres du groupe HECE.

Diana Duma, lauréate du "NortekBV Student Equipment Grant 2014"

Diana Duma, doctorante F.R.S.-FRIA au sein du groupe HECE, est lauréate du "NortekBV Student Equipment Grant 2014", dont elle remporte le 1er prix.

Impact de l'urbanisation en Région wallonne sur le risque d'inondation futur le long de la Meuse: nouvelle publication disponible en Open-Access:

Titre: Contribution of land use changes to future flood damage along the river Meuse in the Walloon region

Auteurs : A. Beckers, B. Dewals, S. Erpicum, S. Dujardin, S. Detrembleur, J. Teller, M. Pirotton, & P. Archambeau


Managing flood risk in Europe is a critical issue because climate change is expected to increase flood hazard in many european countries. Beside climate change, land use evolution is also a key factor influencing future flood risk. The core contribution of this paper is a new methodology to model residential land use evolution. Based on two climate scenarios ("dry" and "wet"), the method is applied to study the evolution of flood damage by 2100 along the river Meuse. Nine urbanization scenarios were developed: three of them assume a "current trend" land use evolution, leading to a significant urban sprawl, while six others assume a dense urban development, characterized by a higher density and a higher diversity of urban functions in the urbanized areas. Using damage curves, the damage estimation was performed by combining inundation maps for the present and future 100 yr flood with present and future land use maps and specific prices. According to the dry scenario, the flood discharge is expected not to increase. In this case, land use changes increase flood damages by 1–40%, to €334–462 million in 2100. In the wet scenario, the relative increase in flood damage is 540–630%, corresponding to total damages of €2.1–2.4 billion. In this extreme scenario, the influence of climate on the overall damage is 3–8 times higher than the effect of land use change. However, for seven municipalities along the river Meuse, these two factors have a comparable influence. Consequently, in the "wet" scenario and at the level of the whole Meuse valley in the Walloon region, careful spatial planning would reduce the increase in flood damage by no more than 11–23%; but, at the level of several municipalities, more sustainable spatial planning would reduce future flood damage to a much greater degree.


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