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 …

This study evaluated the effectiveness of different configurations for two building design
elements, namely building permeability and setback, proposed for mitigating air pollutant …

Sediment and deposition are among the main problems in dam engineering and other
related fields. Because of the numerous advantages of numerical modeling, effects of …

Computational Fluid Dynamics (CFD) methods are employed in order to simulate the 3D
hydrodynamics and flow behaviour in a sedimentation tank. Unlike most of the previous …

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 …

Physical modelling of urban flooding usually considers that the flow is concentrated in the
streets, assuming that urban blocks and individual buildings are non-porous structures. This …

Computational fluid dynamics (CFD) can be a powerful tool for higher-fidelity water
infrastructure planning and design. Despite decades of development and demonstration …

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 …

Experimental model data are compared with numerical computations of dike-break induced
flows, focusing on the final steady state. An idealized scale model was designed …

With the availability of high resolution DEMs, relevant and detailed inundation maps may
now be routinely computed provided that suitable flow models are available. The full 2D flow …