Water-sensitive urban design is an integral part of flood risk management. Based on
computational modelling, we investigated the influence of various urban forms on flooding …

The paper presents a consistent micro-scale flood risk analysis procedure, relying on
detailed 2D inundation modelling as well as on high resolution topographic and land use …

The multiple flow paths existing in urban environments lead to complex flow fields during
urban flooding. Modelling these flow processes with three-dimensional numerical models …

The intermittent nature of most renewable energy sources requires their coupling with an
energy storage system, with pumped storage hydropower (PSH) being one popular option …

Dam break flow computation is a task of prime interest in the scope of risk analysis
processes related to dams and reservoirs. In this paper, a 2D finite volume multiblock flow …

Flood risk in urbanized areas raises increasing concerns as a result of demographic and
climate changes. Hydraulic modelling is a key component of urban flood risk analysis; yet …

Laboratory studies of urban flooding often use geometrically distorted scale models due to
the multi‐scale nature of these specific flows. The possible bias induced by geometric …

Lateral cavities are major storage zones in riverine environments for which the mass
exchanges with the main stream strongly impact the characteristics of the habitat in these …

According to available climate change scenarios for Belgium, drier summers and wetter
winters are expected. In this study, we focus on two multi-purpose reservoirs located in the …

The standard shallow water equations (SWEs) model has been proven to be insufficient to
consider the flow turbulence due to its simplified Reynolds-averaged form. In this study, the k …